diff --git a/benchmarks/particle_distribution/active_redistribution_benchmark.prm b/benchmarks/particle_distribution/active_redistribution_benchmark.prm new file mode 100644 index 00000000000..334f29c1f0d --- /dev/null +++ b/benchmarks/particle_distribution/active_redistribution_benchmark.prm @@ -0,0 +1,118 @@ +# This parameter file demonstrates the "Active redistribution within cells" +# parameter of ASPECT's particle manager. The parameter enables a particle manager +# to move particles around within a cell so that the particles are distributed more +# evenly throughout the cell. + +set Dimension = 2 +set Use years instead of seconds = false +set End time = 6 +set Nonlinear solver scheme = single Advection, no Stokes +set Output directory = output-active-redistribution +set Resume computation = false +set Maximum time step = 0.03 + +subsection Geometry model + set Model name = box + + subsection Box + set Y periodic = true + set X extent = 0.5 + set Y extent = 1 + set Y repetitions = 2 + end +end + +subsection Initial temperature model + set Model name = function + + subsection Function + set Variable names = x,y + set Function constants = + set Function expression = 1 + end +end + +subsection Boundary temperature model + set List of model names = box + set Fixed temperature boundary indicators = left, right + + subsection Box + set Left temperature = 0 + set Right temperature = 0 + end +end + +subsection Gravity model + set Model name = vertical + + subsection Vertical + set Magnitude = 0.0 + end +end + +subsection Material model + set Model name = simple + + subsection Simple model + set Reference density = 1 + set Reference specific heat = 1 + set Reference temperature = 0 + set Thermal conductivity = 1e-5 + set Thermal expansion coefficient = 0 + set Viscosity = 0 + end +end + +subsection Mesh refinement + set Initial adaptive refinement = 2 + set Initial global refinement = 1 + set Time steps between mesh refinement = 0 + + set Strategy = minimum refinement function + + subsection Minimum refinement function + set Coordinate system = cartesian + set Variable names = x,y + set Function expression = if ( y<=4, 2, 4) + end + +end + + +subsection Prescribed Stokes solution + set Model name = function + subsection Velocity function + set Variable names = x,y,t + set Function constants = velConstant=1 + set Function expression = 0; if (y<=0.5, velConstant, velConstant/5) + end +end + + +subsection Particles + set Particle generator name = uniform box + set Active redistribution within cells = true + set Maximum distribution score per cell = 0.01 + subsection Generator + subsection Uniform box + set Number of particles = 500 + set Maximum y = 0.5 + end + end + +end + +subsection Postprocess + set List of postprocessors = velocity statistics, temperature statistics, heat flux statistics, visualization, particles, particle distribution score,particle distribution statistics + + subsection Visualization + set Time between graphical output = .001 + set Interpolate output = false + end + + subsection Particles + set Time between data output = 0.001 + set Data output format = vtu + end + +end diff --git a/doc/modules/changes/20260608_bakerdunn b/doc/modules/changes/20260608_bakerdunn new file mode 100644 index 00000000000..01ecb60bafd --- /dev/null +++ b/doc/modules/changes/20260608_bakerdunn @@ -0,0 +1,5 @@ +New: The particle manager class can now redistribute particles +within cells if it calculates that the particles within that +cell are too clustered. +
+(Jarett Baker-Dunn, 2026/06/08) diff --git a/doc/sphinx/parameters/Particles.md b/doc/sphinx/parameters/Particles.md index 7e0a0371b52..8fcd714deeb 100644 --- a/doc/sphinx/parameters/Particles.md +++ b/doc/sphinx/parameters/Particles.md @@ -5,6 +5,24 @@ ## **Subsection:** Particles +::::{dropdown} __Parameter:__ {ref}`Active redistribution histogram granularity` +:name: parameters:Particles/Active_20redistribution_20histogram_20granularity +**Default value:** 2 + +**Pattern:** [Integer range 2...2147483647 (inclusive)] + +**Documentation:** The number of subdivisions of each cell in each spatial dimension when evaluating cells for particle clustering when actively redistributing particles. +:::: + +::::{dropdown} __Parameter:__ {ref}`Active redistribution within cells` +:name: parameters:Particles/Active_20redistribution_20within_20cells +**Default value:** false + +**Pattern:** [Bool] + +**Documentation:** Sometimes particles will cluster in one part of the cell, which can make the particles less useful for visualization. When this parameter is set to true, the particle manager will use a histogram to quantify the level of particle clustering in each cell. If the particles are sufficiently clustered, the particle manager will redistribute the particles in the cell so that they are more evenly spread throughout the cell. +:::: + ::::{dropdown} __Parameter:__ {ref}`Addition histogram granularity` :name: parameters:Particles/Addition_20histogram_20granularity **Default value:** 3 @@ -36,11 +54,20 @@ :name: parameters:Particles/Bandwidth **Default value:** 0.3 -**Pattern:** [Double 0.3...MAX_DOUBLE (inclusive)] +**Pattern:** [Double 0.1...0.9 (inclusive)] **Documentation:** The bandwidth value is used to scale the kernel function when generating the point density function of particles. The bandwidth is measured as a fraction of the cells extent in one spatial dimension. For example, the default bandwidth of 0.3 represents a size equal to 30 percent of the cells size in one spatial dimension. :::: +::::{dropdown} __Parameter:__ {ref}`Distribution attempts max` +:name: parameters:Particles/Distribution_20attempts_20max +**Default value:** 10 + +**Pattern:** [Integer range 1...100 (inclusive)] + +**Documentation:** The maximum amount of times to move a particle in order to reduce a cell’s distribution score below the Maximum distribution score per cell before giving up. The particle manager will stop moving particles if the distribution score is brought below the Maximum distribution score per cell even if the number of particles moved is below this number. +:::: + ::::{dropdown} __Parameter:__ {ref}`Integration scheme` :name: parameters:Particles/Integration_20scheme **Default value:** rk2 @@ -149,6 +176,15 @@ The following properties are available: **Documentation:** Strategy that is used to balance the computational load across processors for adaptive meshes. :::: +::::{dropdown} __Parameter:__ {ref}`Maximum distribution score per cell` +:name: parameters:Particles/Maximum_20distribution_20score_20per_20cell +**Default value:** 0.10 + +**Pattern:** [Double 0.001...1 (inclusive)] + +**Documentation:** The maximum allowable distribution score a cell can have before its particles are redistributed inside the cell. The distribution score is measured using a histogram based method which is described in more detail in the documentation for the Particle Distribution Score plugin. Paticles are only redistributed within cells if the ‘Active redistribution within cells‘ parameter is set to true. +:::: + ::::{dropdown} __Parameter:__ {ref}`Maximum particles per cell` :name: parameters:Particles/Maximum_20particles_20per_20cell **Default value:** 100 diff --git a/doc/sphinx/parameters/Particles_202.md b/doc/sphinx/parameters/Particles_202.md index d37737c9f5e..528bbf72bae 100644 --- a/doc/sphinx/parameters/Particles_202.md +++ b/doc/sphinx/parameters/Particles_202.md @@ -5,6 +5,24 @@ ## **Subsection:** Particles 2 +::::{dropdown} __Parameter:__ {ref}`Active redistribution histogram granularity` +:name: parameters:Particles_202/Active_20redistribution_20histogram_20granularity +**Default value:** 2 + +**Pattern:** [Integer range 2...2147483647 (inclusive)] + +**Documentation:** The number of subdivisions of each cell in each spatial dimension when evaluating cells for particle clustering when actively redistributing particles. +:::: + +::::{dropdown} __Parameter:__ {ref}`Active redistribution within cells` +:name: parameters:Particles_202/Active_20redistribution_20within_20cells +**Default value:** false + +**Pattern:** [Bool] + +**Documentation:** Sometimes particles will cluster in one part of the cell, which can make the particles less useful for visualization. When this parameter is set to true, the particle manager will use a histogram to quantify the level of particle clustering in each cell. If the particles are sufficiently clustered, the particle manager will redistribute the particles in the cell so that they are more evenly spread throughout the cell. +:::: + ::::{dropdown} __Parameter:__ {ref}`Addition histogram granularity` :name: parameters:Particles_202/Addition_20histogram_20granularity **Default value:** 3 @@ -36,11 +54,20 @@ :name: parameters:Particles_202/Bandwidth **Default value:** 0.3 -**Pattern:** [Double 0.3...MAX_DOUBLE (inclusive)] +**Pattern:** [Double 0.1...0.9 (inclusive)] **Documentation:** The bandwidth value is used to scale the kernel function when generating the point density function of particles. The bandwidth is measured as a fraction of the cells extent in one spatial dimension. For example, the default bandwidth of 0.3 represents a size equal to 30 percent of the cells size in one spatial dimension. :::: +::::{dropdown} __Parameter:__ {ref}`Distribution attempts max` +:name: parameters:Particles_202/Distribution_20attempts_20max +**Default value:** 10 + +**Pattern:** [Integer range 1...100 (inclusive)] + +**Documentation:** The maximum amount of times to move a particle in order to reduce a cell’s distribution score below the Maximum distribution score per cell before giving up. The particle manager will stop moving particles if the distribution score is brought below the Maximum distribution score per cell even if the number of particles moved is below this number. +:::: + ::::{dropdown} __Parameter:__ {ref}`Integration scheme` :name: parameters:Particles_202/Integration_20scheme **Default value:** rk2 @@ -149,6 +176,15 @@ The following properties are available: **Documentation:** Strategy that is used to balance the computational load across processors for adaptive meshes. :::: +::::{dropdown} __Parameter:__ {ref}`Maximum distribution score per cell` +:name: parameters:Particles_202/Maximum_20distribution_20score_20per_20cell +**Default value:** 0.10 + +**Pattern:** [Double 0.001...1 (inclusive)] + +**Documentation:** The maximum allowable distribution score a cell can have before its particles are redistributed inside the cell. The distribution score is measured using a histogram based method which is described in more detail in the documentation for the Particle Distribution Score plugin. Paticles are only redistributed within cells if the ‘Active redistribution within cells‘ parameter is set to true. +:::: + ::::{dropdown} __Parameter:__ {ref}`Maximum particles per cell` :name: parameters:Particles_202/Maximum_20particles_20per_20cell **Default value:** 100 diff --git a/include/aspect/particle/histogram.h b/include/aspect/particle/histogram.h new file mode 100644 index 00000000000..c237179dcab --- /dev/null +++ b/include/aspect/particle/histogram.h @@ -0,0 +1,85 @@ +/* + Copyright (C) 2025 - by the authors of the ASPECT code. + + This file is part of ASPECT. + + ASPECT is free software; you can redistribute it and/or modify + it under the terms of the GNU General Public License as published by + the Free Software Foundation; either version 2, or (at your option) + any later version. + + ASPECT is distributed in the hope that it will be useful, + but WITHOUT ANY WARRANTY; without even the implied warranty of + MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + GNU General Public License for more details. + + You should have received a copy of the GNU General Public License + along with ASPECT; see the file LICENSE. If not see + . +*/ + +#ifndef _aspect_particle_histogram_h +#define _aspect_particle_histogram_h + +#include +#include +#include + + +namespace aspect +{ + namespace Particle + { + /** + * This class computes a spatial histogram describing the distribution of + * particles in a cell. The number of spatial bins is equal to granularity^dimensions. + */ + template + class ParticleHistogram + { + public: + const unsigned int granularity; + + /** + * This is the constructor for ParticleHistogram. ParticleHistogram sorts + * the particles in a cell into different histogram bins depending on the + * position of the particle in the cell. These histogram bins are compared to + * a virtual histogram representing a uniform distribution of particles in the + * cell and the difference between the real and virtual histograms is reported + * as a score representing the degree of particle clustering in the cell. + * + * @param granularity determines the number spatial bins into which ParticleHistogram + * divides each cell. The real number of bins is equal to granularity^dim, where dim + * is the number of spatial dimensions, either 2 or 3. + */ + ParticleHistogram(const unsigned int granularity); + + /** + * Calculates and returns a score between 0 and 1 representing the level of clustering of the + * particle range within the cell, where 0 represents a completely even distribution + * and 1 represents the most clustered distribution that the histogram is able to + * measure. The precision of the score depends on the ParticleHistogram's granularity + * parameter. + * @param particle_range is the particle range for which to evaluate the clustering + * score + * @param n_particles_in_cell is the number of particles in the particle range + * @return A double ranging from 0 to 1 representing the degree to which the particles in + * the provided particle range are clustered together, with 1 being the most clustered + */ + double evaluate_particle_range(const typename Particles::ParticleHandler::particle_iterator_range &particle_range, + const unsigned int n_particles_in_cell); + + /** + * Sorts all of the particles within the cell into a deal.II table based on their position. + * @param cell The cell for which to compute the particle distribution. + * @param bucket_width The size (relative to the size of the cell) of each bucket in the table. + * @return The table with the particle information. + */ + Table + sort_particles_into_buckets(const typename Particles::ParticleHandler::particle_iterator_range &particle_range, + const double bucket_width) const; + }; + } +} + +#endif diff --git a/include/aspect/particle/manager.h b/include/aspect/particle/manager.h index cf2226a6710..ac07e14e223 100644 --- a/include/aspect/particle/manager.h +++ b/include/aspect/particle/manager.h @@ -29,6 +29,7 @@ #include #include #include +#include #include @@ -338,7 +339,8 @@ namespace aspect * The granularity to use for histogram techniques for * adding particles when cells fall below the minimum number of particles allowed. * Granularity represents the number of subdivisions of the cell in each dimension - * when calculating a histogram. + * when calculating a histogram. The number + * of subdivisions used in the histogram equals granularity^dim. */ unsigned int addition_granularity_histogram; @@ -352,6 +354,34 @@ namespace aspect */ double bandwidth; + /** + * Whether or not to redistribute particles within cells in order to avoid excessive + * particle clustering. + */ + bool active_redistribution; + + /** + * The highest allowable distribution score (as reported by the ParticleHistogram + * class) allowed per cell before moving particles if active_redistribution is set + * to true. + */ + double max_distribution_score_before_redistribution; + + /** + * The amount of times to try moving a particle in order to reduce a cell's + * distribution score below max_distribution_score_before_redistribution + * before giving up + */ + unsigned int distribution_attempts_max; + + /** + * The granularity of the histogram used to score cells when actively + * redistributing particles within cells to avoid clustering. Granularity + * represents the number of spatial subdivisions of the cell in each dimension + * when calculating a histogram. The number + * of subdivisions used in the histogram equals granularity^dim. + */ + unsigned int active_redistribution_histogram_granularity; /** * Generation scheme for creating particles in this manager */ @@ -462,6 +492,45 @@ namespace aspect void apply_particle_per_cell_bounds(); + /** + * Apply the bounds for the maximum allowed clustering of particles + * per cell. + */ + void + apply_particle_distribution_per_cell_bound(); + + /** + * Remove the particle at the location with the highest density of + * particles in the cell. + * @param cell A reference to the cell from which to remove a + * particle + * @param pdf A reference to the instance of ParticlePDF to use to + * generate the point density function of the particles in the cell + * @param grid_cache A reference to the grid cache used to get the + * particles contained by the cells neighboring the cell from which + * the function removes the most clustered particle + */ + void + remove_most_clustered_particle(const typename Triangulation::active_cell_iterator &cell, + ParticlePDF &pdf, + GridTools::Cache &grid_cache); + + /** + * Add a particle at the location in the cell with the lowest density of particles around it. + * @param cell A reference to the cell to add a particle to + * @param pdf A reference to the instance of ParticlePDF to use to + * generate the point density function of the particles in the cell + * @param grid_cache A reference to the grid cache used to get the + * particles contained by the cells neighboring the cell from which + * the function adds a particle to + * @param local_next_particle_index The index to give to the added particle + */ + void + add_particle_at_lowest_particle_density(const typename Triangulation::active_cell_iterator &cell, + ParticlePDF &pdf, + GridTools::Cache &grid_cache, + types::particle_index local_next_particle_index); + /** * Advect the particle positions by one integration step. Needs to be * called until integrator->continue() returns false. diff --git a/include/aspect/postprocess/particle_distribution_score.h b/include/aspect/postprocess/particle_distribution_score.h index 695749d3564..315cfc9478a 100644 --- a/include/aspect/postprocess/particle_distribution_score.h +++ b/include/aspect/postprocess/particle_distribution_score.h @@ -79,17 +79,6 @@ namespace aspect * $2\times 2=4$ buckets in 2D. */ unsigned int granularity; - - /** - * Sorts all of the particles within the cell into a deal.II table based on their position. - * @param cell The cell for which to compute the particle distribution. - * @param bucket_width The size (relative to the size of the cell) of each bucket in the table. - * @return The table with the particle information. - */ - Table - sort_particles_into_buckets(const typename Triangulation::active_cell_iterator &cell, - const unsigned int particle_manager_index, - const double bucket_width) const; }; } } diff --git a/source/particle/histogram.cc b/source/particle/histogram.cc new file mode 100644 index 00000000000..a46c0279ea0 --- /dev/null +++ b/source/particle/histogram.cc @@ -0,0 +1,189 @@ +/* + Copyright (C) 2025 - by the authors of the ASPECT code. + + This file is part of ASPECT. + + ASPECT is free software; you can redistribute it and/or modify + it under the terms of the GNU General Public License as published by + the Free Software Foundation; either version 2, or (at your option) + any later version. + + ASPECT is distributed in the hope that it will be useful, + but WITHOUT ANY WARRANTY; without even the implied warranty of + MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the + GNU General Public License for more details. + + You should have received a copy of the GNU General Public License + along with ASPECT; see the file LICENSE. If not see + . +*/ + +#include +#include +#include + +namespace aspect +{ + namespace Particle + { + + template + ParticleHistogram::ParticleHistogram(const unsigned int granularity) + : + granularity (granularity) + {} + + + + template + double ParticleHistogram::evaluate_particle_range(const typename Particles::ParticleHandler::particle_iterator_range &particle_range, + const unsigned int n_particles_in_cell) + { + /* + These are the steps taken to compute the density score: + Create a table with perfect distribution containing an even number of particles in each bucket. + Create a table with the "worst case" distribution in which all particles are in one bucket. + Take the distance squared between the "perfect" table and the worst case table, treating both tables as vectors with granularity^dim elements. + Create a table with the actual distribution. + Take distance between "perfect" table and the actual table. + Return the ratio between the observed distance and the worst case distance. + A value of 1 represents the worst possible distribution, a value of 0 represents a completely even distribution. + */ + if (n_particles_in_cell > 0) + { + const double n_particles_in_cell_double = static_cast(n_particles_in_cell); + const double granularity_double = static_cast(granularity); + const double ideal_n_particles_per_bucket = n_particles_in_cell_double/(Utilities::fixed_power(granularity_double)); + + /* + The "buckets_ideal" table contains doubles because the ideal + number of particles per bucket will not always be an integer. + */ + Table buckets_ideal; + TableIndices bucket_sizes; + for (unsigned int i=0; i buckets_actual + = sort_particles_into_buckets(particle_range, bucket_width); + + /* + In the worst case, all particles are in one bucket. + (granularity^dim)-1 is equal to the number of buckets + in the table minus 1 (the bucket all the particles are in). + */ + const double worst_case_empty_buckets = static_cast(Utilities::fixed_power(granularity_double))-1.0; + const double worst_case_error_squared = + ((n_particles_in_cell_double-ideal_n_particles_per_bucket)*(n_particles_in_cell_double-ideal_n_particles_per_bucket))+ + ((ideal_n_particles_per_bucket*ideal_n_particles_per_bucket)*(worst_case_empty_buckets)); + + double actual_error_squared = 0; + for (unsigned int x=0; x entry_index; + entry_index[0] = x; + entry_index[1] = y; + // do another loop if in 3d + if (dim == 3) + { + for (unsigned int z=0; z(buckets_actual(entry_index)); + actual_error_squared += (value_ideal - value_actual)*(value_ideal - value_actual); + } + } + else + { + const double value_ideal = buckets_ideal(entry_index); + const double value_actual = static_cast(buckets_actual(entry_index)); + actual_error_squared += (value_ideal - value_actual)*(value_ideal - value_actual); + } + } + } + + return actual_error_squared/worst_case_error_squared; + } + else + { + // If there are no particles in the cell, there is no point trying to redistribute particles in the cell. + return 0; + } + } + + + + template + Table + ParticleHistogram::sort_particles_into_buckets( + const typename Particles::ParticleHandler::particle_iterator_range &particle_range, + const double bucket_width) const + { + TableIndices bucket_sizes; + for (unsigned int i=0; i buckets; + buckets.reinit(bucket_sizes); + for (const auto &particle: particle_range) + { + const double particle_x = particle.get_reference_location()[0]; + const double particle_y = particle.get_reference_location()[1]; + + const double x_ratio = (particle_x) / (bucket_width); + const double y_ratio = (particle_y) / (bucket_width); + + unsigned int x_index = static_cast(std::floor(x_ratio)); + unsigned int y_index = static_cast(std::floor(y_ratio)); + /* + If a particle is exactly on the boundary of two cells its + reference location will equal 1, and if this is the case, + the "x/y/z_index" will be outside of the range of the table without + these checks. The table has a number of entries equal to "granularity" in each dimension, + and the table is indexed at 0, so if the "x/y/z_indez" equals "granularity" it + will be out of range. + */ + if (x_index == granularity) + x_index = granularity-1; + if (y_index == granularity) + y_index = granularity-1; + + TableIndices entry_index; + entry_index[0] = x_index; + entry_index[1] = y_index; + if (dim == 3) + { + const double particle_z = particle.get_reference_location()[2]; + const double z_ratio = (particle_z) / (bucket_width); + unsigned int z_index = static_cast(std::floor(z_ratio)); + if (z_index == granularity) + z_index = granularity-1; + entry_index[2] = z_index; + } + + ++buckets(entry_index); + } + return buckets; + } + } +} + +// explicit instantiation +namespace aspect +{ + namespace Particle + { +#define INSTANTIATE(dim) \ + template class ParticleHistogram; + + ASPECT_INSTANTIATE(INSTANTIATE) + +#undef INSTANTIATE + } +} diff --git a/source/particle/manager.cc b/source/particle/manager.cc index a1824757e20..6b673af7ae6 100644 --- a/source/particle/manager.cc +++ b/source/particle/manager.cc @@ -34,6 +34,8 @@ #include #include #include +#include + namespace aspect { @@ -193,12 +195,14 @@ namespace aspect [&] (typename parallel::distributed::Triangulation &) { this->apply_particle_per_cell_bounds(); + this->apply_particle_distribution_per_cell_bound(); }); signals.post_resume_load_user_data.connect( [&] (typename parallel::distributed::Triangulation &) { this->apply_particle_per_cell_bounds(); + this->apply_particle_distribution_per_cell_bound(); }); } @@ -335,7 +339,6 @@ namespace aspect { for (unsigned int i = n_particles_in_cell; i < min_particles_per_cell; ++i,++local_next_particle_index) { - const unsigned int current_n_particles_in_cell = particle_handler->n_particles_in_cell(cell); if (addition_algorithm == AdditionAlgorithm::random) { @@ -357,34 +360,7 @@ namespace aspect else if (addition_algorithm == AdditionAlgorithm::point_density_function) { ParticlePDF pdf(addition_granularity_pdf,bandwidth,kernel_function); - const std::vector::particle_iterator_range> - particle_ranges_to_sum_over = get_neighboring_particle_ranges(cell,get_particle_handler(),grid_cache); - - pdf.fill_from_particle_range(particle_handler->particles_in_cell(cell), - particle_ranges_to_sum_over, - current_n_particles_in_cell, - this->get_mapping(), - cell); - pdf.compute_statistical_values(); - - const std::vector> min_density_positions = pdf.get_min_positions(); - const int min_density_position_index = std::uniform_int_distribution(0,min_density_positions.size()-1)(random_number_generator); - const Point selected_min_density_position = min_density_positions[min_density_position_index]; - - std::pair> new_particle = - generator->generate_particle(cell,local_next_particle_index,selected_min_density_position); - - const std::vector particle_properties = - property_manager->initialize_late_particle(new_particle.second.get_location(), - *particle_handler, - *interpolator, - cell); - - typename ParticleHandler::particle_iterator particle = particle_handler->insert_particle(new_particle.second, - typename parallel::distributed::Triangulation::cell_iterator (&this->get_triangulation(), - new_particle.first.first, - new_particle.first.second)); - particle->set_properties(particle_properties); + add_particle_at_lowest_particle_density(cell,pdf,grid_cache,local_next_particle_index); } else if (addition_algorithm == AdditionAlgorithm::histogram) { @@ -549,33 +525,10 @@ namespace aspect const unsigned int n_particles_to_remove = n_particles_in_cell - max_particles_per_cell; for (unsigned int i=0; i < n_particles_to_remove; ++i) { - const unsigned int current_n_particles_in_cell = particle_handler->n_particles_in_cell(cell); - if (deletion_algorithm == DeletionAlgorithm::point_density_function) { ParticlePDF pdf(bandwidth,kernel_function); - /* - 'particle_ranges_to_sum_over' includes this cell's and neighboring cell's particles. - If neighboring cell's particles are not included in the KDE, particles at cell boundaries will - have artificially low point density values. - */ - std::vector::particle_iterator_range> - particle_ranges_to_sum_over = get_neighboring_particle_ranges(cell,get_particle_handler(),grid_cache); - - pdf.fill_from_particle_range(particle_handler->particles_in_cell(cell), - particle_ranges_to_sum_over, - current_n_particles_in_cell, - this->get_mapping(), - cell); - pdf.compute_statistical_values(); - - const types::particle_index index_max = pdf.get_max_particle(); - auto particle_to_remove = particle_handler->particles_in_cell(cell).begin(); - while (particle_to_remove->get_id() != index_max && particle_to_remove != particle_handler->particles_in_cell(cell).end()) - { - ++particle_to_remove; - } - particle_handler->remove_particle(particle_to_remove); + remove_most_clustered_particle(cell,pdf,grid_cache); } else if (deletion_algorithm == DeletionAlgorithm::random) { @@ -597,6 +550,65 @@ namespace aspect } } + + + template + void + Manager::apply_particle_distribution_per_cell_bound() + { + // If we are not redistributing particles in cells based on measured clustering, + // we don't want to run this function + if (active_redistribution == false) + { + return; + } + ParticleHistogram histogram(active_redistribution_histogram_granularity); + + GridTools::Cache grid_cache(this->get_triangulation(), this->get_mapping()); + types::particle_index local_next_particle_index = particle_handler->get_next_free_particle_index(); + + // Loop over all cells and move particles around within each cell, if particles are too clustered + for (const auto &cell : this->get_dof_handler().active_cell_iterators()) + if (cell->is_locally_owned()) + { + const unsigned int current_n_particles_in_cell = particle_handler->n_particles_in_cell(cell); + const auto particle_range = particle_handler->particles_in_cell(cell); + const double cell_distribution_score = histogram.evaluate_particle_range(particle_range,current_n_particles_in_cell); + + unsigned int distribution_attempts = 0; + + /** + We need to make sure that the particles in the cell are sufficiently clustered + so that it makes sense to redistribute them. We also need to ensure that + there are enough particles in the cell (>3) to interpolate. Finally, + we don't want to get stuck inside the while loop if the cell_distribution_score is + never brought below max_distribution_score_before_redistribution so we also break + out of the loop if we make too many attempts. + */ + while (distribution_attempts < distribution_attempts_max && + cell_distribution_score > max_distribution_score_before_redistribution + && current_n_particles_in_cell > 3) + { + ++distribution_attempts; + + // First, remove the "most clustered" particle + ParticlePDF pdf_removal(bandwidth,kernel_function); + remove_most_clustered_particle(cell,pdf_removal,grid_cache); + + + std::vector::particle_iterator_range> + particle_ranges_to_sum_over = get_neighboring_particle_ranges(cell,get_particle_handler(),grid_cache); + + // Then, add a particle after removing one. + // This should be equivalent to "moving" a particle + ParticlePDF pdf_addition(addition_granularity_pdf,bandwidth,kernel_function); + add_particle_at_lowest_particle_density(cell,pdf_addition,grid_cache,local_next_particle_index); + } + } + }; + + + template unsigned int Manager::cell_weight(const typename parallel::distributed::Triangulation::cell_iterator &cell, @@ -989,6 +1001,7 @@ namespace aspect while (integrator->new_integration_step()); apply_particle_per_cell_bounds(); + apply_particle_distribution_per_cell_bound(); // Update particle properties if (property_manager->need_update() == Property::update_time_step) @@ -1038,6 +1051,80 @@ namespace aspect + template + void + Manager::remove_most_clustered_particle(const typename Triangulation::active_cell_iterator &cell, + ParticlePDF &pdf, + GridTools::Cache &grid_cache) + { + const unsigned int current_n_particles_in_cell = particle_handler->n_particles_in_cell(cell); + + + // Include neighboring cells in the density calculation + std::vector::particle_iterator_range> + particle_ranges_to_sum_over = get_neighboring_particle_ranges(cell,get_particle_handler(),grid_cache); + + pdf.fill_from_particle_range(particle_handler->particles_in_cell(cell), + particle_ranges_to_sum_over, + current_n_particles_in_cell, + this->get_mapping(), + cell); + pdf.compute_statistical_values(); + + const types::particle_index index_max = pdf.get_max_particle(); + auto particle_to_remove = particle_handler->particles_in_cell(cell).begin(); + while (particle_to_remove->get_id() != index_max && particle_to_remove != particle_handler->particles_in_cell(cell).end()) + { + ++particle_to_remove; + } + particle_handler->remove_particle(particle_to_remove); + } + + + + template + void + Manager::add_particle_at_lowest_particle_density(const typename Triangulation::active_cell_iterator &cell, + ParticlePDF &pdf, + GridTools::Cache &grid_cache, + types::particle_index local_next_particle_index) + { + const unsigned int current_n_particles_in_cell = particle_handler->n_particles_in_cell(cell); + + // Include neighboring cells in the density calculation + std::vector::particle_iterator_range> + particle_ranges_to_sum_over = get_neighboring_particle_ranges(cell,get_particle_handler(),grid_cache); + + pdf.fill_from_particle_range(particle_handler->particles_in_cell(cell), + particle_ranges_to_sum_over, + current_n_particles_in_cell, + this->get_mapping(), + cell); + pdf.compute_statistical_values(); + + const std::vector> min_density_positions = pdf.get_min_positions(); + const int min_density_position_index = std::uniform_int_distribution(0,min_density_positions.size()-1)(random_number_generator); + const Point selected_min_density_position = min_density_positions[min_density_position_index]; + + std::pair> new_particle = + generator->generate_particle(cell,local_next_particle_index,selected_min_density_position); + + const std::vector particle_properties = + property_manager->initialize_late_particle(new_particle.second.get_location(), + *particle_handler, + *interpolator, + cell); + + typename ParticleHandler::particle_iterator particle = particle_handler->insert_particle(new_particle.second, + typename parallel::distributed::Triangulation::cell_iterator (&this->get_triangulation(), + new_particle.first.first, + new_particle.first.second)); + particle->set_properties(particle_properties); + + } + + + template void Manager::save (std::ostringstream &os) const @@ -1088,6 +1175,27 @@ namespace aspect prm.declare_entry ("Particle addition algorithm", "random", Patterns::Selection ("random|histogram|point density function"), "Algorithm used to add particles to cells. "); + prm.declare_entry("Active redistribution within cells", "false", + Patterns::Bool (), + "Sometimes particles will cluster in one part of the cell, " + "which can make the particles less useful for visualization. When this parameter is " + "set to true, the particle manager will use a histogram to quantify the level of particle " + "clustering in each cell. If the particles are sufficiently clustered, the particle manager " + "will redistribute the particles in the cell so that they are more evenly spread throughout " + "the cell. "); + prm.declare_entry("Maximum distribution score per cell","0.10", + Patterns::Double (0.001,1.0), + "The maximum allowable distribution score a cell can have before its particles are redistributed " + "inside the cell. The distribution score is measured using a histogram based method which is described " + "in more detail in the documentation for the Particle Distribution Score plugin. Paticles are only " + "redistributed within cells if the `Active redistribution within cells` parameter is set to true. "); + prm.declare_entry("Distribution attempts max", "10", + Patterns::Integer(1,100), + "The maximum amount of times to move a particle in order to reduce a cell's " + "distribution score below the Maximum distribution score per cell before giving up. " + "The particle manager will stop moving particles if the distribution score is brought " + "below the Maximum distribution score per cell even if the number of particles moved is " + "below this number. "); prm.declare_entry ("Point density kernel function", "cutoff c1 dealii", Patterns::Selection ("cutoff c1 dealii|cutoff w1 dealii|uniform|triangular|gaussian"), "The kernel function is summed at each particle location to generate a point " @@ -1105,7 +1213,7 @@ namespace aspect "These are functions whose return values decrease with distance. A more detailed explanation on these two " "function are available in the deal.II documentation."); prm.declare_entry ("Bandwidth", "0.3", - Patterns::Double (0.3),"The bandwidth value is used to scale the kernel " + Patterns::Double (0.1,0.9),"The bandwidth value is used to scale the kernel " "function when generating the point density function of particles. " "The bandwidth is measured as a fraction of the cells extent in one spatial " "dimension. For example, the default bandwidth of 0.3 represents a size " @@ -1119,6 +1227,10 @@ namespace aspect "The number of subdivisions of each cell in each spatial dimension when adding particles using point " "density function based methods. Higher granularities are generally better for " "point density function based methods but might be slower."); + prm.declare_entry("Active redistribution histogram granularity","2", + Patterns::Integer(2), + "The number of subdivisions of each cell in each spatial dimension when evaluating cells for " + "particle clustering when actively redistributing particles."); prm.declare_entry ("Minimum particles per cell", "0", Patterns::Integer (0), "Lower limit for particle number per cell. This limit is " @@ -1324,6 +1436,16 @@ namespace aspect AssertThrow(false, ExcNotImplemented()); } + // Whether or not to move particles around within cells to avoid excessive clustering. + active_redistribution = prm.get_bool("Active redistribution within cells"); + + // The maximum allowable distribution score a cell can have before having its particles + // redistributed internally if active_redistribution == true + max_distribution_score_before_redistribution = prm.get_double("Maximum distribution score per cell"); + + distribution_attempts_max = prm.get_integer("Distribution attempts max"); + + active_redistribution_histogram_granularity = prm.get_integer("Active redistribution histogram granularity"); this->get_computing_timer().enter_subsection("Particles: Initialization"); diff --git a/source/postprocess/particle_distribution_score.cc b/source/postprocess/particle_distribution_score.cc index 2d8e75be84c..a44ba30d65c 100644 --- a/source/postprocess/particle_distribution_score.cc +++ b/source/postprocess/particle_distribution_score.cc @@ -21,6 +21,7 @@ #include #include +#include namespace aspect @@ -38,23 +39,12 @@ namespace aspect for (auto &scores: cell_scores) scores.reserve(this->get_triangulation().n_active_cells()); - - // We need the granularity as a double because we are using it to divide "bucket_width," another double - const double granularity_double = static_cast(granularity); - for (const auto &cell : this->get_dof_handler().active_cell_iterators()) { if (cell->is_locally_owned()) { /* - These are the steps taken to compute the density score: - Create a table with perfect distribution containing an even number of particles in each bucket. - Create a table with the "worst case" distribution in which all particles are in one bucket. - Take the distance squared between the "perfect" table and the worst case table, treating both tables as vectors with granularity^dim elements. - Create a table with the actual distribution. - Take distance between "perfect" table and the actual table. - Return the ratio between the observed distance and the worst case distance. - A value of 1 represents the worst possible distribution, a value of 0 represents a completely even distribution. + The method used to compute the density score is described in the ParticleHistogram class. */ for (unsigned int particle_manager_index = 0; particle_manager_index < this->n_particle_managers(); ++particle_manager_index) @@ -63,52 +53,13 @@ namespace aspect if (particles_in_cell > 0) { - const double particles_in_cell_double = static_cast(particles_in_cell); - const double ideal_n_particles_per_bucket = particles_in_cell_double/(Utilities::fixed_power(granularity_double)); - const double bucket_width = 1.0/granularity_double; - - const Table buckets_actual - = sort_particles_into_buckets(cell,particle_manager_index,bucket_width); + Particle::ParticleHistogram histogram(granularity); - /* - In the worst case, all particles are in one bucket. - (granularity^dim)-1 is equal to the number of buckets - in the table minus 1 (the bucket all the particles are in). - */ - const double worst_case_empty_buckets = static_cast(Utilities::fixed_power(granularity_double))-1.0; - const double worst_case_error_squared = - ((particles_in_cell_double-ideal_n_particles_per_bucket)*(particles_in_cell_double-ideal_n_particles_per_bucket))+ - ((ideal_n_particles_per_bucket*ideal_n_particles_per_bucket)*(worst_case_empty_buckets)); + const typename Particle::ParticleHandler::particle_iterator_range particle_range = + this->get_particle_manager(particle_manager_index).get_particle_handler().particles_in_cell(cell); - double actual_error_squared = 0; - for (unsigned int x=0; x entry_index; - entry_index[0] = x; - entry_index[1] = y; - // do another loop if in 3d - if (dim == 3) - { - for (unsigned int z=0; z(buckets_actual(entry_index)); - actual_error_squared += (ideal_n_particles_per_bucket - value_actual)*(ideal_n_particles_per_bucket - value_actual); - } - } - else - { - const double value_actual = static_cast(buckets_actual(entry_index)); - actual_error_squared += (ideal_n_particles_per_bucket - value_actual)*(ideal_n_particles_per_bucket - value_actual); - } - } - } - - // Take the ratio between the actual error and the worst case - // error, resulting in a score from 0 to 1 for the cell. - const double distribution_score_current_cell = actual_error_squared/worst_case_error_squared; + const double distribution_score_current_cell + = histogram.evaluate_particle_range(particle_range,particles_in_cell); cell_scores[particle_manager_index].push_back(distribution_score_current_cell); local_max_scores[particle_manager_index] = std::max(local_max_scores[particle_manager_index], distribution_score_current_cell); @@ -163,69 +114,6 @@ namespace aspect - template - Table - ParticleDistributionScore::sort_particles_into_buckets( - const typename Triangulation::active_cell_iterator &cell, - const unsigned int particle_manager_index, - const double bucket_width) const - { - TableIndices bucket_sizes; - for (unsigned int i=0; i buckets; - buckets.reinit(bucket_sizes); - - // sort the particles within the current cell - const typename Particle::ParticleHandler::particle_iterator_range particle_range = - this->get_particle_manager(particle_manager_index).get_particle_handler().particles_in_cell(cell); - - for (const auto &particle: particle_range) - { - const double particle_x = particle.get_reference_location()[0]; - const double particle_y = particle.get_reference_location()[1]; - - const double x_ratio = (particle_x) / (bucket_width); - const double y_ratio = (particle_y) / (bucket_width); - - unsigned int x_index = static_cast(std::floor(x_ratio)); - unsigned int y_index = static_cast(std::floor(y_ratio)); - - /* - If a particle is exactly on the boundary of two cells its - reference location will equal 1, and if this is the case, - the "x/y/z_index" will be outside of the range of the table without - these checks. The table has a number of entries equal to "granularity" in each dimension, - and the table is indexed at 0, so if the "x/y/z_indez" equals "granularity" it - will be out of range. - */ - if (x_index == granularity) - x_index = granularity-1; - if (y_index == granularity) - y_index = granularity-1; - - TableIndices entry_index; - entry_index[0] = x_index; - entry_index[1] = y_index; - if (dim == 3) - { - const double particle_z = particle.get_reference_location()[2]; - const double z_ratio = (particle_z) / (bucket_width); - unsigned int z_index = static_cast(std::floor(z_ratio)); - if (z_index == granularity) - z_index = granularity-1; - entry_index[2] = z_index; - } - - ++buckets(entry_index); - } - - - return buckets; - } - - - template void ParticleDistributionScore::declare_parameters(ParameterHandler &prm) diff --git a/tests/particle_active_redistribution.prm b/tests/particle_active_redistribution.prm new file mode 100644 index 00000000000..e3c7dc2cbca --- /dev/null +++ b/tests/particle_active_redistribution.prm @@ -0,0 +1,117 @@ +# This parameter file is used to test out the "Active redistribution within cells" +# parameter of ASPECT's particle manager. The parameter enables a particle manager +# to move particles around within a cell so that the particles are distributed more +# evenly throughout the cell. + +set Dimension = 2 +set Use years instead of seconds = false +set End time = 0.18 +set Nonlinear solver scheme = single Advection, no Stokes +set Resume computation = false +set Maximum time step = 0.03 + +subsection Geometry model + set Model name = box + + subsection Box + set Y periodic = true + set X extent = 0.5 + set Y extent = 1 + set Y repetitions = 2 + end +end + +subsection Initial temperature model + set Model name = function + + subsection Function + set Variable names = x,y + set Function constants = + set Function expression = 1 + end +end + +subsection Boundary temperature model + set List of model names = box + set Fixed temperature boundary indicators = left, right + + subsection Box + set Left temperature = 0 + set Right temperature = 0 + end +end + +subsection Gravity model + set Model name = vertical + + subsection Vertical + set Magnitude = 0.0 + end +end + +subsection Material model + set Model name = simple + + subsection Simple model + set Reference density = 1 + set Reference specific heat = 1 + set Reference temperature = 0 + set Thermal conductivity = 1e-5 + set Thermal expansion coefficient = 0 + set Viscosity = 0 + end +end + +subsection Mesh refinement + set Initial adaptive refinement = 2 + set Initial global refinement = 1 + set Time steps between mesh refinement = 0 + + set Strategy = minimum refinement function + + subsection Minimum refinement function + set Coordinate system = cartesian + set Variable names = x,y + set Function expression = if ( y<=4, 2, 4) + end + +end + + +subsection Prescribed Stokes solution + set Model name = function + subsection Velocity function + set Variable names = x,y,t + set Function constants = velConstant=1 + set Function expression = 0; if (y<=0.5, velConstant, velConstant/5) + end +end + + +subsection Particles + set Particle generator name = uniform box + set Active redistribution within cells = true + set Maximum distribution score per cell = 0.01 + subsection Generator + subsection Uniform box + set Number of particles = 500 + set Maximum y = 0.5 + end + end + +end + +subsection Postprocess + set List of postprocessors = velocity statistics, temperature statistics, heat flux statistics, visualization, particles, particle distribution score,particle distribution statistics + + subsection Visualization + set Time between graphical output = .001 + set Interpolate output = false + end + + subsection Particles + set Time between data output = 0.001 + set Data output format = vtu + end + +end diff --git a/tests/particle_active_redistribution/screen-output b/tests/particle_active_redistribution/screen-output new file mode 100644 index 00000000000..c084c8fdd81 --- /dev/null +++ b/tests/particle_active_redistribution/screen-output @@ -0,0 +1,2732 @@ +----------------------------------------------------------------------------- +-- This is ASPECT -- +-- The Advanced Solver for Planetary Evolution, Convection, and Tectonics. -- +----------------------------------------------------------------------------- +-- . version 3.1.0-pre (particle_redistribution, 41e94e108) +-- . using deal.II 9.7.1 +-- . with 32 bit indices +-- . with vectorization level 1 (SSE2, 2 doubles, 128 bits) +-- . using Trilinos 16.2.0 +-- . using p4est 2.8.7 +-- . using Geodynamic World Builder 1.0.0 +-- . running in DEBUG mode +-- . running with 1 MPI process +----------------------------------------------------------------------------- + +----------------------------------------------------------------------------- +-- For information on how to cite ASPECT, see: +-- https://aspect.geodynamics.org/citing.html?ver=3.1.0-pre&cbfheatflux=1&particles=1&sha=41e94e108&src=code +----------------------------------------------------------------------------- +Number of active cells: 8 (on 2 levels) +Number of degrees of freedom: 150 (90+15+45) + +*** Timestep 0: t=0 seconds, dt=0 seconds + Solving temperature system... 0 iterations. + +Number of active cells: 32 (on 3 levels) +Number of degrees of freedom: 504 (306+45+153) + +*** Timestep 0: t=0 seconds, dt=0 seconds + Solving temperature system... 0 iterations. + +Skipping mesh refinement, because the mesh did not change. + +*** Timestep 0: t=0 seconds, dt=0 seconds + Solving temperature system... 0 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9167 K, 1 K + Heat fluxes through boundary parts: 0.0001867 W, 0.0001867 W, -0.4583 W, 0.4583 W + Writing graphical output: output-active-redistribution/solution/solution-00000 + Writing particle output: output-active-redistribution/particles/particles-00000 + Particle distribution score min/avg/max/stdev: 0/0.5/1/0.508001 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.00425069/0.0139754, 0.0694196/0.0808036, 0.05/0.125 + +*** Timestep 1: t=0.03 seconds, dt=0.03 seconds + Solving temperature system... 9 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9166 K, 1 K + Heat fluxes through boundary parts: 0.0002213 W, 0.0002213 W, -0.4583 W, 0.4583 W + Writing graphical output: output-active-redistribution/solution/solution-00001 + Writing particle output: output-active-redistribution/particles/particles-00001 + Particle distribution score min/avg/max/stdev: 0/0.398727/1/0.476074 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0123151/0.0542011, 0.0522839/0.0834223, 0/0.147059 + +*** Timestep 2: t=0.06 seconds, dt=0.03 seconds + Solving temperature system... 8 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9166 K, 1 K + Heat fluxes through boundary parts: 0.0002227 W, 0.0002227 W, -0.4583 W, 0.4583 W + Writing graphical output: output-active-redistribution/solution/solution-00002 + Writing particle output: output-active-redistribution/particles/particles-00002 + Particle distribution score min/avg/max/stdev: 0/0.389323/1/0.481351 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0146788/0.0535714, 0.0532405/0.0870536, 0.025/0.142857 + +*** Timestep 3: t=0.09 seconds, dt=0.03 seconds + Solving temperature system... 7 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9166 K, 1 K + Heat fluxes through boundary parts: 0.0002226 W, 0.0002226 W, -0.4583 W, 0.4583 W + Writing graphical output: output-active-redistribution/solution/solution-00003 + Writing particle output: output-active-redistribution/particles/particles-00003 + Particle distribution score min/avg/max/stdev: 0/0.409433/1/0.467172 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0213628/0.0684851, 0.0444121/0.0971823, 0/0.205882 + +*** Timestep 4: t=0.12 seconds, dt=0.03 seconds + Solving temperature system... 7 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9166 K, 1 K + Heat fluxes through boundary parts: 0.0002226 W, 0.0002226 W, -0.4583 W, 0.4583 W + Writing graphical output: output-active-redistribution/solution/solution-00004 + Writing particle output: output-active-redistribution/particles/particles-00004 + Particle distribution score min/avg/max/stdev: 0/0.40642/1/0.470017 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0199634/0.058904, 0.0436133/0.0927873, 0/0.175 + +*** Timestep 5: t=0.15 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9165 K, 1 K + Heat fluxes through boundary parts: 0.0002225 W, 0.0002225 W, -0.4583 W, 0.4583 W + Writing graphical output: output-active-redistribution/solution/solution-00005 + Writing particle output: output-active-redistribution/particles/particles-00005 + Particle distribution score min/avg/max/stdev: 0/0.415085/1/0.468276 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0205215/0.062647, 0.0336476/0.0825073, 0/0.197802 + +*** Timestep 6: t=0.18 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9165 K, 1 K + Heat fluxes through boundary parts: 0.0002225 W, 0.0002225 W, -0.4583 W, 0.4583 W + Writing graphical output: output-active-redistribution/solution/solution-00006 + Writing particle output: output-active-redistribution/particles/particles-00006 + Particle distribution score min/avg/max/stdev: 0/0.470421/1/0.480492 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0186705/0.061859, 0.0387075/0.0827337, 0/0.165049 + +*** Timestep 7: t=0.21 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9165 K, 1 K + Heat fluxes through boundary parts: 0.0002225 W, 0.0002225 W, -0.4582 W, 0.4582 W + Writing graphical output: output-active-redistribution/solution/solution-00007 + Writing particle output: output-active-redistribution/particles/particles-00007 + Particle distribution score min/avg/max/stdev: 0/0.512506/1/0.495494 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.0049206/0.0198471/0.0455803, 0.0366772/0.0854561, 0/0.159292 + +*** Timestep 8: t=0.24 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9165 K, 1 K + Heat fluxes through boundary parts: 0.0002224 W, 0.0002224 W, -0.4582 W, 0.4582 W + Writing graphical output: output-active-redistribution/solution/solution-00008 + Writing particle output: output-active-redistribution/particles/particles-00008 + Particle distribution score min/avg/max/stdev: 0/0.498007/1/0.483077 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0168692/0.0541266, 0.0436672/0.0840441, 0/0.153846 + +*** Timestep 9: t=0.27 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9164 K, 1 K + Heat fluxes through boundary parts: 0.0002224 W, 0.0002224 W, -0.4582 W, 0.4582 W + Writing graphical output: output-active-redistribution/solution/solution-00009 + Writing particle output: output-active-redistribution/particles/particles-00009 + Particle distribution score min/avg/max/stdev: 0/0.497359/1/0.483678 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0162097/0.038222, 0.0419826/0.0821796, 0/0.15625 + +*** Timestep 10: t=0.3 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9164 K, 1.001 K + Heat fluxes through boundary parts: 0.0002223 W, 0.0002223 W, -0.4582 W, 0.4582 W + Writing graphical output: output-active-redistribution/solution/solution-00010 + Writing particle output: output-active-redistribution/particles/particles-00010 + Particle distribution score min/avg/max/stdev: 0/0.457946/1/0.450569 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00473238/0.0181841/0.074227, 0.0408728/0.0844498, 0/0.181818 + +*** Timestep 11: t=0.33 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9164 K, 1.001 K + Heat fluxes through boundary parts: 0.0002223 W, 0.0002223 W, -0.4582 W, 0.4582 W + Writing graphical output: output-active-redistribution/solution/solution-00011 + Writing particle output: output-active-redistribution/particles/particles-00011 + Particle distribution score min/avg/max/stdev: 0/0.451058/1/0.471402 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0160355/0.0637812, 0.0417135/0.080383, 0/0.156028 + +*** Timestep 12: t=0.36 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9163 K, 1.001 K + Heat fluxes through boundary parts: 0.0002223 W, 0.0002223 W, -0.4582 W, 0.4582 W + Writing graphical output: output-active-redistribution/solution/solution-00012 + Writing particle output: output-active-redistribution/particles/particles-00012 + Particle distribution score min/avg/max/stdev: 0/0.502486/1/0.479392 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0226762/0.0585486, 0.0331823/0.0867723, 0/0.161074 + +*** Timestep 13: t=0.39 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9163 K, 1.001 K + Heat fluxes through boundary parts: 0.0002222 W, 0.0002222 W, -0.4582 W, 0.4582 W + Writing graphical output: output-active-redistribution/solution/solution-00013 + Writing particle output: output-active-redistribution/particles/particles-00013 + Particle distribution score min/avg/max/stdev: 0/0.519734/1/0.488966 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0191418/0.0433013, 0.0368513/0.0819751, 0/0.180645 + +*** Timestep 14: t=0.42 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9163 K, 1.001 K + Heat fluxes through boundary parts: 0.0002222 W, 0.0002222 W, -0.4581 W, 0.4581 W + Writing graphical output: output-active-redistribution/solution/solution-00014 + Writing particle output: output-active-redistribution/particles/particles-00014 + Particle distribution score min/avg/max/stdev: 0/0.516709/1/0.491843 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00412393/0.0202827/0.0441942, 0.0384187/0.0868787, 0/0.180645 + +*** Timestep 15: t=0.45 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9163 K, 1.001 K + Heat fluxes through boundary parts: 0.0002221 W, 0.0002221 W, -0.4581 W, 0.4581 W + Writing graphical output: output-active-redistribution/solution/solution-00015 + Writing particle output: output-active-redistribution/particles/particles-00015 + Particle distribution score min/avg/max/stdev: 0/0.543311/1/0.469288 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00264032/0.0259428/0.0663325, 0.0281717/0.0911702, 0/0.192771 + +*** Timestep 16: t=0.48 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9162 K, 1.001 K + Heat fluxes through boundary parts: 0.0002221 W, 0.0002221 W, -0.4581 W, 0.4581 W + Writing graphical output: output-active-redistribution/solution/solution-00016 + Writing particle output: output-active-redistribution/particles/particles-00016 + Particle distribution score min/avg/max/stdev: 0.00769579/0.526288/1/0.461053 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00503503/0.0289969/0.0824786, 0.0246212/0.0931, 0/0.224852 + +*** Timestep 17: t=0.51 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9162 K, 1.001 K + Heat fluxes through boundary parts: 0.0002221 W, 0.0002221 W, -0.4581 W, 0.4581 W + Writing graphical output: output-active-redistribution/solution/solution-00017 + Writing particle output: output-active-redistribution/particles/particles-00017 + Particle distribution score min/avg/max/stdev: 0.0123457/0.558496/1/0.459326 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.0073392/0.0306818/0.0753778, 0.021832/0.0929571, 0/0.233918 + +*** Timestep 18: t=0.54 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9162 K, 1.001 K + Heat fluxes through boundary parts: 0.000222 W, 0.000222 W, -0.4581 W, 0.4581 W + Writing graphical output: output-active-redistribution/solution/solution-00018 + Writing particle output: output-active-redistribution/particles/particles-00018 + Particle distribution score min/avg/max/stdev: 0.0204082/0.580403/1/0.464187 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00487739/0.0318023/0.0753778, 0.02228/0.0958329, 0/0.254335 + +*** Timestep 19: t=0.57 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9162 K, 1.001 K + Heat fluxes through boundary parts: 0.000222 W, 0.000222 W, -0.4581 W, 0.4581 W + Writing graphical output: output-active-redistribution/solution/solution-00019 + Writing particle output: output-active-redistribution/particles/particles-00019 + Particle distribution score min/avg/max/stdev: 0/0.595503/1/0.449477 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00555556/0.0342157/0.0843119, 0.0228962/0.101216, 0/0.254335 + +*** Timestep 20: t=0.6 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9161 K, 1.001 K + Heat fluxes through boundary parts: 0.0002219 W, 0.0002219 W, -0.4581 W, 0.4581 W + Writing graphical output: output-active-redistribution/solution/solution-00020 + Writing particle output: output-active-redistribution/particles/particles-00020 + Particle distribution score min/avg/max/stdev: 0/0.582197/1/0.458687 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0362073/0.0930154, 0.0217661/0.105263, 0/0.265896 + +*** Timestep 21: t=0.63 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9161 K, 1.001 K + Heat fluxes through boundary parts: 0.0002219 W, 0.0002219 W, -0.4581 W, 0.4581 W + Writing graphical output: output-active-redistribution/solution/solution-00021 + Writing particle output: output-active-redistribution/particles/particles-00021 + Particle distribution score min/avg/max/stdev: 0/0.609999/1/0.431763 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0366846/0.096799, 0.0178831/0.101848, 0/0.275862 + +*** Timestep 22: t=0.66 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9161 K, 1.001 K + Heat fluxes through boundary parts: 0.0002219 W, 0.0002219 W, -0.458 W, 0.458 W + Writing graphical output: output-active-redistribution/solution/solution-00022 + Writing particle output: output-active-redistribution/particles/particles-00022 + Particle distribution score min/avg/max/stdev: 0.0123457/0.604575/1/0.439506 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00224359/0.0360904/0.107304, 0.0206332/0.103838, 0/0.292398 + +*** Timestep 23: t=0.69 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9161 K, 1.001 K + Heat fluxes through boundary parts: 0.0002218 W, 0.0002218 W, -0.458 W, 0.458 W + Writing graphical output: output-active-redistribution/solution/solution-00023 + Writing particle output: output-active-redistribution/particles/particles-00023 + Particle distribution score min/avg/max/stdev: 0/0.652987/1/0.434471 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00569754/0.0401919/0.115682, 0.0184172/0.110851, 0/0.294118 + +*** Timestep 24: t=0.72 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.916 K, 1.001 K + Heat fluxes through boundary parts: 0.0002218 W, 0.0002218 W, -0.458 W, 0.458 W + Writing graphical output: output-active-redistribution/solution/solution-00024 + Writing particle output: output-active-redistribution/particles/particles-00024 + Particle distribution score min/avg/max/stdev: 0.0185185/0.667306/1/0.441016 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00539468/0.0421151/0.113252, 0.0240585/0.120635, 0/0.285714 + +*** Timestep 25: t=0.75 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.916 K, 1.001 K + Heat fluxes through boundary parts: 0.0002217 W, 0.0002217 W, -0.458 W, 0.458 W + Writing graphical output: output-active-redistribution/solution/solution-00025 + Writing particle output: output-active-redistribution/particles/particles-00025 + Particle distribution score min/avg/max/stdev: 0/0.657442/1/0.451628 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0434401/0.113132, 0.0264138/0.12725, 0/0.283133 + +*** Timestep 26: t=0.78 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.916 K, 1.001 K + Heat fluxes through boundary parts: 0.0002217 W, 0.0002217 W, -0.458 W, 0.458 W + Writing graphical output: output-active-redistribution/solution/solution-00026 + Writing particle output: output-active-redistribution/particles/particles-00026 + Particle distribution score min/avg/max/stdev: 0.00444444/0.662314/1/0.444857 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00614202/0.0418693/0.102954, 0.0237515/0.11973, 0/0.273292 + +*** Timestep 27: t=0.81 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9159 K, 1.001 K + Heat fluxes through boundary parts: 0.0002217 W, 0.0002217 W, -0.458 W, 0.458 W + Writing graphical output: output-active-redistribution/solution/solution-00027 + Writing particle output: output-active-redistribution/particles/particles-00027 + Particle distribution score min/avg/max/stdev: 0.0126874/0.655382/1/0.453211 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00908418/0.0390743/0.10429, 0.0262765/0.112512, 0/0.25641 + +*** Timestep 28: t=0.84 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9159 K, 1.001 K + Heat fluxes through boundary parts: 0.0002216 W, 0.0002216 W, -0.458 W, 0.458 W + Writing graphical output: output-active-redistribution/solution/solution-00028 + Writing particle output: output-active-redistribution/particles/particles-00028 + Particle distribution score min/avg/max/stdev: 0.00411523/0.63188/1/0.456161 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00699301/0.039116/0.101307, 0.0286115/0.114699, 0/0.24183 + +*** Timestep 29: t=0.87 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9159 K, 1.002 K + Heat fluxes through boundary parts: 0.0002216 W, 0.0002216 W, -0.4579 W, 0.4579 W + Writing graphical output: output-active-redistribution/solution/solution-00029 + Writing particle output: output-active-redistribution/particles/particles-00029 + Particle distribution score min/avg/max/stdev: 0/0.592164/1/0.449339 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00410473/0.0381396/0.102347, 0.0267731/0.112312, 0/0.26 + +*** Timestep 30: t=0.9 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9159 K, 1.002 K + Heat fluxes through boundary parts: 0.0002215 W, 0.0002215 W, -0.4579 W, 0.4579 W + Writing graphical output: output-active-redistribution/solution/solution-00030 + Writing particle output: output-active-redistribution/particles/particles-00030 + Particle distribution score min/avg/max/stdev: 0.00277008/0.598437/1/0.444722 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00609326/0.043239/0.0943073, 0.0245945/0.122822, 0/0.244898 + +*** Timestep 31: t=0.93 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9158 K, 1.002 K + Heat fluxes through boundary parts: 0.0002215 W, 0.0002215 W, -0.4579 W, 0.4579 W + Writing graphical output: output-active-redistribution/solution/solution-00031 + Writing particle output: output-active-redistribution/particles/particles-00031 + Particle distribution score min/avg/max/stdev: 0.00831444/0.591391/1/0.448974 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.0107181/0.0401979/0.0941388, 0.0245566/0.116746, 0/0.22695 + +*** Timestep 32: t=0.96 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9158 K, 1.002 K + Heat fluxes through boundary parts: 0.0002215 W, 0.0002215 W, -0.4579 W, 0.4579 W + Writing graphical output: output-active-redistribution/solution/solution-00032 + Writing particle output: output-active-redistribution/particles/particles-00032 + Particle distribution score min/avg/max/stdev: 0.00666667/0.584057/1/0.456002 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00832717/0.0397229/0.0833136, 0.0221785/0.115172, 0/0.210145 + +*** Timestep 33: t=0.99 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9158 K, 1.002 K + Heat fluxes through boundary parts: 0.0002214 W, 0.0002214 W, -0.4579 W, 0.4579 W + Writing graphical output: output-active-redistribution/solution/solution-00033 + Writing particle output: output-active-redistribution/particles/particles-00033 + Particle distribution score min/avg/max/stdev: 0/0.571894/1/0.46919 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0316765/0.073, 0.0332441/0.107323, 0/0.195489 + +*** Timestep 34: t=1.02 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9158 K, 1.002 K + Heat fluxes through boundary parts: 0.0002214 W, 0.0002214 W, -0.4579 W, 0.4579 W + Writing graphical output: output-active-redistribution/solution/solution-00034 + Writing particle output: output-active-redistribution/particles/particles-00034 + Particle distribution score min/avg/max/stdev: 0/0.570642/1/0.469867 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0761471/0.433013, 0.0279522/0.204681, 0/1 + +*** Timestep 35: t=1.05 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9157 K, 1.002 K + Heat fluxes through boundary parts: 0.0002213 W, 0.0002213 W, -0.4579 W, 0.4579 W + Writing graphical output: output-active-redistribution/solution/solution-00035 + Writing particle output: output-active-redistribution/particles/particles-00035 + Particle distribution score min/avg/max/stdev: 0.00826446/0.554131/1/0.460215 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00503503/0.0723015/0.433013, 0.0279239/0.198636, 0/1 + +*** Timestep 36: t=1.08 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9157 K, 1.002 K + Heat fluxes through boundary parts: 0.0002213 W, 0.0002213 W, -0.4579 W, 0.4579 W + Writing graphical output: output-active-redistribution/solution/solution-00036 + Writing particle output: output-active-redistribution/particles/particles-00036 + Particle distribution score min/avg/max/stdev: 0/0.518084/1/0.465913 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0591691/0.433013, 0.0333907/0.167474, 0/1 + +*** Timestep 37: t=1.11 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9157 K, 1.002 K + Heat fluxes through boundary parts: 0.0002213 W, 0.0002213 W, -0.4578 W, 0.4578 W + Writing graphical output: output-active-redistribution/solution/solution-00037 + Writing particle output: output-active-redistribution/particles/particles-00037 + Particle distribution score min/avg/max/stdev: 0/0.513604/1/0.472049 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.058133/0.433013, 0.0359138/0.168283, 0/1 + +*** Timestep 38: t=1.14 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9157 K, 1.002 K + Heat fluxes through boundary parts: 0.0002212 W, 0.0002212 W, -0.4578 W, 0.4578 W + Writing graphical output: output-active-redistribution/solution/solution-00038 + Writing particle output: output-active-redistribution/particles/particles-00038 + Particle distribution score min/avg/max/stdev: 0.0016/0.507657/1/0.473826 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00439607/0.0602258/0.216506, 0.0313234/0.170496, 0/0.5 + +*** Timestep 39: t=1.17 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9156 K, 1.002 K + Heat fluxes through boundary parts: 0.0002212 W, 0.0002212 W, -0.4578 W, 0.4578 W + Writing graphical output: output-active-redistribution/solution/solution-00039 + Writing particle output: output-active-redistribution/particles/particles-00039 + Particle distribution score min/avg/max/stdev: 0/0.519769/1/0.48879 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0624569/0.247436, 0.0342748/0.179065, 0/0.571429 + +*** Timestep 40: t=1.2 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9156 K, 1.002 K + Heat fluxes through boundary parts: 0.0002211 W, 0.0002211 W, -0.4578 W, 0.4578 W + Writing graphical output: output-active-redistribution/solution/solution-00040 + Writing particle output: output-active-redistribution/particles/particles-00040 + Particle distribution score min/avg/max/stdev: 0/0.433175/1/0.43523 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0393049/0.184257, 0.0363745/0.126642, 0/0.444444 + +*** Timestep 41: t=1.23 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9156 K, 1.002 K + Heat fluxes through boundary parts: 0.0002211 W, 0.0002211 W, -0.4578 W, 0.4578 W + Writing graphical output: output-active-redistribution/solution/solution-00041 + Writing particle output: output-active-redistribution/particles/particles-00041 + Particle distribution score min/avg/max/stdev: 0/0.431702/1/0.458783 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0385342/0.173205, 0.0368325/0.127012, 0/0.4 + +*** Timestep 42: t=1.26 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9155 K, 1.002 K + Heat fluxes through boundary parts: 0.0002211 W, 0.0002211 W, -0.4578 W, 0.4578 W + Writing graphical output: output-active-redistribution/solution/solution-00042 + Writing particle output: output-active-redistribution/particles/particles-00042 + Particle distribution score min/avg/max/stdev: 0/0.407296/1/0.422772 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0498586/0.173205, 0.0256982/0.142058, 0/0.4 + +*** Timestep 43: t=1.29 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9155 K, 1.002 K + Heat fluxes through boundary parts: 0.000221 W, 0.000221 W, -0.4578 W, 0.4578 W + Writing graphical output: output-active-redistribution/solution/solution-00043 + Writing particle output: output-active-redistribution/particles/particles-00043 + Particle distribution score min/avg/max/stdev: 0/0.399218/1/0.450661 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00824786/0.0491425/0.247436, 0.0287151/0.141374, 0/0.571429 + +*** Timestep 44: t=1.32 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9155 K, 1.002 K + Heat fluxes through boundary parts: 0.000221 W, 0.000221 W, -0.4577 W, 0.4577 W + Writing graphical output: output-active-redistribution/solution/solution-00044 + Writing particle output: output-active-redistribution/particles/particles-00044 + Particle distribution score min/avg/max/stdev: 0/0.3525/1/0.401943 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0397588/0.127562, 0.0298596/0.119677, 0/0.307692 + +*** Timestep 45: t=1.35 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9155 K, 1.002 K + Heat fluxes through boundary parts: 0.000221 W, 0.000221 W, -0.4577 W, 0.4577 W + Writing graphical output: output-active-redistribution/solution/solution-00045 + Writing particle output: output-active-redistribution/particles/particles-00045 + Particle distribution score min/avg/max/stdev: 0/0.33731/1/0.429001 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0371521/0.173205, 0.0292575/0.117803, 0/0.4 + +*** Timestep 46: t=1.38 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9154 K, 1.002 K + Heat fluxes through boundary parts: 0.0002209 W, 0.0002209 W, -0.4577 W, 0.4577 W + Writing graphical output: output-active-redistribution/solution/solution-00046 + Writing particle output: output-active-redistribution/particles/particles-00046 + Particle distribution score min/avg/max/stdev: 0.00189036/0.314703/1/0.389983 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00552771/0.0397759/0.173205, 0.0265533/0.117001, 0/0.4 + +*** Timestep 47: t=1.41 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9154 K, 1.002 K + Heat fluxes through boundary parts: 0.0002209 W, 0.0002209 W, -0.4577 W, 0.4577 W + Writing graphical output: output-active-redistribution/solution/solution-00047 + Writing particle output: output-active-redistribution/particles/particles-00047 + Particle distribution score min/avg/max/stdev: 0/0.289073/1/0.400457 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0302008/0.0866025, 0.0367137/0.105575, 0/0.2 + +*** Timestep 48: t=1.44 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9154 K, 1.003 K + Heat fluxes through boundary parts: 0.0002208 W, 0.0002208 W, -0.4577 W, 0.4577 W + Writing graphical output: output-active-redistribution/solution/solution-00048 + Writing particle output: output-active-redistribution/particles/particles-00048 + Particle distribution score min/avg/max/stdev: 0/0.260775/1/0.357435 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0317523/0.118451, 0.0359408/0.108791, 0/0.285714 + +*** Timestep 49: t=1.47 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9154 K, 1.003 K + Heat fluxes through boundary parts: 0.0002208 W, 0.0002208 W, -0.4577 W, 0.4577 W + Writing graphical output: output-active-redistribution/solution/solution-00049 + Writing particle output: output-active-redistribution/particles/particles-00049 + Particle distribution score min/avg/max/stdev: 0/0.217589/1/0.329054 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0273921/0.118451, 0.0334968/0.0985101, 0/0.285714 + +*** Timestep 50: t=1.5 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9153 K, 1.003 K + Heat fluxes through boundary parts: 0.0002208 W, 0.0002208 W, -0.4577 W, 0.4577 W + Writing graphical output: output-active-redistribution/solution/solution-00050 + Writing particle output: output-active-redistribution/particles/particles-00050 + Particle distribution score min/avg/max/stdev: 0/0.198924/1/0.254233 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0346081/0.103645, 0.0257848/0.108802, 0/0.25 + +*** Timestep 51: t=1.53 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9153 K, 1.003 K + Heat fluxes through boundary parts: 0.0002207 W, 0.0002207 W, -0.4577 W, 0.4577 W + Writing graphical output: output-active-redistribution/solution/solution-00051 + Writing particle output: output-active-redistribution/particles/particles-00051 + Particle distribution score min/avg/max/stdev: 0/0.174757/1/0.25124 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0282972/0.0883883, 0.0292773/0.0971169, 0/0.25 + +*** Timestep 52: t=1.56 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9153 K, 1.003 K + Heat fluxes through boundary parts: 0.0002207 W, 0.0002207 W, -0.4576 W, 0.4576 W + Writing graphical output: output-active-redistribution/solution/solution-00052 + Writing particle output: output-active-redistribution/particles/particles-00052 + Particle distribution score min/avg/max/stdev: 0/0.176102/1/0.22384 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0304265/0.103645, 0.0308778/0.101363, 0/0.25 + +*** Timestep 53: t=1.59 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9153 K, 1.003 K + Heat fluxes through boundary parts: 0.0002206 W, 0.0002206 W, -0.4576 W, 0.4576 W + Writing graphical output: output-active-redistribution/solution/solution-00053 + Writing particle output: output-active-redistribution/particles/particles-00053 + Particle distribution score min/avg/max/stdev: 0/0.136795/1/0.20014 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0283049/0.108253, 0.0277761/0.0942552, 0/0.25 + +*** Timestep 54: t=1.62 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9152 K, 1.003 K + Heat fluxes through boundary parts: 0.0002206 W, 0.0002206 W, -0.4576 W, 0.4576 W + Writing graphical output: output-active-redistribution/solution/solution-00054 + Writing particle output: output-active-redistribution/particles/particles-00054 + Particle distribution score min/avg/max/stdev: 0/0.175317/1/0.219068 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0338381/0.1065, 0.0268692/0.109672, 0/0.26087 + +*** Timestep 55: t=1.65 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9152 K, 1.003 K + Heat fluxes through boundary parts: 0.0002206 W, 0.0002206 W, -0.4576 W, 0.4576 W + Writing graphical output: output-active-redistribution/solution/solution-00055 + Writing particle output: output-active-redistribution/particles/particles-00055 + Particle distribution score min/avg/max/stdev: 0/0.0938153/0.407407/0.122582 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0225254/0.0921285, 0.0357901/0.0906072, 0/0.222222 + +*** Timestep 56: t=1.68 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9152 K, 1.003 K + Heat fluxes through boundary parts: 0.0002205 W, 0.0002205 W, -0.4576 W, 0.4576 W + Writing graphical output: output-active-redistribution/solution/solution-00056 + Writing particle output: output-active-redistribution/particles/particles-00056 + Particle distribution score min/avg/max/stdev: 0/0.139709/1/0.205626 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0285178/0.11296, 0.0344975/0.102454, 0/0.26087 + +*** Timestep 57: t=1.71 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9152 K, 1.003 K + Heat fluxes through boundary parts: 0.0002205 W, 0.0002205 W, -0.4576 W, 0.4576 W + Writing graphical output: output-active-redistribution/solution/solution-00057 + Writing particle output: output-active-redistribution/particles/particles-00057 + Particle distribution score min/avg/max/stdev: 0/0.114023/0.407407/0.135894 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0256271/0.0829156, 0.0321101/0.0933123, 0/0.2 + +*** Timestep 58: t=1.74 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9151 K, 1.003 K + Heat fluxes through boundary parts: 0.0002204 W, 0.0002204 W, -0.4576 W, 0.4576 W + Writing graphical output: output-active-redistribution/solution/solution-00058 + Writing particle output: output-active-redistribution/particles/particles-00058 + Particle distribution score min/avg/max/stdev: 0/0.129743/1/0.200987 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0279121/0.0921285, 0.0312521/0.100614, 0/0.222222 + +*** Timestep 59: t=1.77 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9151 K, 1.003 K + Heat fluxes through boundary parts: 0.0002204 W, 0.0002204 W, -0.4575 W, 0.4575 W + Writing graphical output: output-active-redistribution/solution/solution-00059 + Writing particle output: output-active-redistribution/particles/particles-00059 + Particle distribution score min/avg/max/stdev: 0/0.11377/0.407407/0.138192 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.027126/0.08, 0.0326802/0.0973607, 0/0.222222 + +*** Timestep 60: t=1.8 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9151 K, 1.003 K + Heat fluxes through boundary parts: 0.0002204 W, 0.0002204 W, -0.4575 W, 0.4575 W + Writing graphical output: output-active-redistribution/solution/solution-00060 + Writing particle output: output-active-redistribution/particles/particles-00060 + Particle distribution score min/avg/max/stdev: 0/0.109443/0.407407/0.14068 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0242308/0.0721005, 0.0367929/0.0942016, 0/0.173913 + +*** Timestep 61: t=1.83 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.915 K, 1.003 K + Heat fluxes through boundary parts: 0.0002203 W, 0.0002203 W, -0.4575 W, 0.4575 W + Writing graphical output: output-active-redistribution/solution/solution-00061 + Writing particle output: output-active-redistribution/particles/particles-00061 + Particle distribution score min/avg/max/stdev: 0/0.0938549/0.407407/0.106994 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0236351/0.083189, 0.0353896/0.0938944, 0/0.235294 + +*** Timestep 62: t=1.86 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.915 K, 1.003 K + Heat fluxes through boundary parts: 0.0002203 W, 0.0002203 W, -0.4575 W, 0.4575 W + Writing graphical output: output-active-redistribution/solution/solution-00062 + Writing particle output: output-active-redistribution/particles/particles-00062 + Particle distribution score min/avg/max/stdev: 0.00277008/0.13904/0.5/0.148006 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0316205/0.111111, 0.0261059/0.101621, 0/0.24 + +*** Timestep 63: t=1.89 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.915 K, 1.003 K + Heat fluxes through boundary parts: 0.0002202 W, 0.0002202 W, -0.4575 W, 0.4575 W + Writing graphical output: output-active-redistribution/solution/solution-00063 + Writing particle output: output-active-redistribution/particles/particles-00063 + Particle distribution score min/avg/max/stdev: 0/0.0858814/0.407407/0.104541 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0243586/0.083189, 0.0336024/0.0933373, 0/0.235294 + +*** Timestep 64: t=1.92 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.915 K, 1.003 K + Heat fluxes through boundary parts: 0.0002202 W, 0.0002202 W, -0.4575 W, 0.4575 W + Writing graphical output: output-active-redistribution/solution/solution-00064 + Writing particle output: output-active-redistribution/particles/particles-00064 + Particle distribution score min/avg/max/stdev: 0/0.1334/0.5/0.164161 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0298919/0.102062, 0.0318614/0.100943, 0/0.25 + +*** Timestep 65: t=1.95 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9149 K, 1.003 K + Heat fluxes through boundary parts: 0.0002202 W, 0.0002202 W, -0.4575 W, 0.4575 W + Writing graphical output: output-active-redistribution/solution/solution-00065 + Writing particle output: output-active-redistribution/particles/particles-00065 + Particle distribution score min/avg/max/stdev: 0/0.0911461/1/0.182964 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0206484/0.0455803, 0.0400857/0.090252, 0/0.2 + +*** Timestep 66: t=1.98 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9149 K, 1.003 K + Heat fluxes through boundary parts: 0.0002201 W, 0.0002201 W, -0.4575 W, 0.4575 W + Writing graphical output: output-active-redistribution/solution/solution-00066 + Writing particle output: output-active-redistribution/particles/particles-00066 + Particle distribution score min/avg/max/stdev: 0/0.126587/0.407407/0.145855 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0271165/0.0990659, 0.032482/0.0974637, 0/0.272727 + +*** Timestep 67: t=2.01 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9149 K, 1.004 K + Heat fluxes through boundary parts: 0.0002201 W, 0.0002201 W, -0.4574 W, 0.4574 W + Writing graphical output: output-active-redistribution/solution/solution-00067 + Writing particle output: output-active-redistribution/particles/particles-00067 + Particle distribution score min/avg/max/stdev: 0/0.0755619/0.333333/0.0878612 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.021714/0.0745163, 0.0349376/0.0897385, 0/0.210526 + +*** Timestep 68: t=2.04 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9149 K, 1.004 K + Heat fluxes through boundary parts: 0.00022 W, 0.00022 W, -0.4574 W, 0.4574 W + Writing graphical output: output-active-redistribution/solution/solution-00068 + Writing particle output: output-active-redistribution/particles/particles-00068 + Particle distribution score min/avg/max/stdev: 0/0.117872/0.407407/0.13138 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0278747/0.0931695, 0.0311284/0.101103, 0/0.26087 + +*** Timestep 69: t=2.07 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9148 K, 1.004 K + Heat fluxes through boundary parts: 0.00022 W, 0.00022 W, -0.4574 W, 0.4574 W + Writing graphical output: output-active-redistribution/solution/solution-00069 + Writing particle output: output-active-redistribution/particles/particles-00069 + Particle distribution score min/avg/max/stdev: 0/0.0965609/1/0.186401 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0214703/0.0753778, 0.0415756/0.0915742, 0/0.190476 + +*** Timestep 70: t=2.1 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9148 K, 1.004 K + Heat fluxes through boundary parts: 0.00022 W, 0.00022 W, -0.4574 W, 0.4574 W + Writing graphical output: output-active-redistribution/solution/solution-00070 + Writing particle output: output-active-redistribution/particles/particles-00070 + Particle distribution score min/avg/max/stdev: 0/0.101592/0.407407/0.124207 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0265958/0.0921285, 0.0358865/0.0994745, 0/0.222222 + +*** Timestep 71: t=2.13 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9148 K, 1.004 K + Heat fluxes through boundary parts: 0.0002199 W, 0.0002199 W, -0.4574 W, 0.4574 W + Writing graphical output: output-active-redistribution/solution/solution-00071 + Writing particle output: output-active-redistribution/particles/particles-00071 + Particle distribution score min/avg/max/stdev: 0/0.117721/1/0.190582 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0254948/0.0931695, 0.0354215/0.0986383, 0/0.25 + +*** Timestep 72: t=2.16 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9148 K, 1.004 K + Heat fluxes through boundary parts: 0.0002199 W, 0.0002199 W, -0.4574 W, 0.4574 W + Writing graphical output: output-active-redistribution/solution/solution-00072 + Writing particle output: output-active-redistribution/particles/particles-00072 + Particle distribution score min/avg/max/stdev: 0.00346021/0.113796/0.5/0.12846 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00424522/0.0271592/0.0844652, 0.0316828/0.0989651, 0/0.206897 + +*** Timestep 73: t=2.19 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9147 K, 1.004 K + Heat fluxes through boundary parts: 0.0002199 W, 0.0002199 W, -0.4574 W, 0.4574 W + Writing graphical output: output-active-redistribution/solution/solution-00073 + Writing particle output: output-active-redistribution/particles/particles-00073 + Particle distribution score min/avg/max/stdev: 0/0.118909/1/0.199756 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0242911/0.0921285, 0.0391066/0.0996461, 0/0.222222 + +*** Timestep 74: t=2.22 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9147 K, 1.004 K + Heat fluxes through boundary parts: 0.0002198 W, 0.0002198 W, -0.4574 W, 0.4574 W + Writing graphical output: output-active-redistribution/solution/solution-00074 + Writing particle output: output-active-redistribution/particles/particles-00074 + Particle distribution score min/avg/max/stdev: 0/0.0921086/0.333333/0.0919061 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0269477/0.0829156, 0.0306093/0.0975796, 0/0.214286 + +*** Timestep 75: t=2.25 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9147 K, 1.004 K + Heat fluxes through boundary parts: 0.0002198 W, 0.0002198 W, -0.4573 W, 0.4573 W + Writing graphical output: output-active-redistribution/solution/solution-00075 + Writing particle output: output-active-redistribution/particles/particles-00075 + Particle distribution score min/avg/max/stdev: 0/0.0728956/0.407407/0.0950737 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0214533/0.0673435, 0.0386406/0.0906135, 0/0.190476 + +*** Timestep 76: t=2.28 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9146 K, 1.004 K + Heat fluxes through boundary parts: 0.0002197 W, 0.0002197 W, -0.4573 W, 0.4573 W + Writing graphical output: output-active-redistribution/solution/solution-00076 + Writing particle output: output-active-redistribution/particles/particles-00076 + Particle distribution score min/avg/max/stdev: 0/0.0687962/0.333333/0.0921368 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0191604/0.0523783, 0.041476/0.0875728, 0/0.152941 + +*** Timestep 77: t=2.31 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9146 K, 1.004 K + Heat fluxes through boundary parts: 0.0002197 W, 0.0002197 W, -0.4573 W, 0.4573 W + Writing graphical output: output-active-redistribution/solution/solution-00077 + Writing particle output: output-active-redistribution/particles/particles-00077 + Particle distribution score min/avg/max/stdev: 0/0.0936722/0.407407/0.122415 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0229666/0.061859, 0.0376904/0.0917708, 0/0.164706 + +*** Timestep 78: t=2.34 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9146 K, 1.004 K + Heat fluxes through boundary parts: 0.0002197 W, 0.0002197 W, -0.4573 W, 0.4573 W + Writing graphical output: output-active-redistribution/solution/solution-00078 + Writing particle output: output-active-redistribution/particles/particles-00078 + Particle distribution score min/avg/max/stdev: 0/0.0785012/0.407407/0.116925 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0197367/0.0778375, 0.0381946/0.0863981, 0/0.214286 + +*** Timestep 79: t=2.37 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9146 K, 1.004 K + Heat fluxes through boundary parts: 0.0002196 W, 0.0002196 W, -0.4573 W, 0.4573 W + Writing graphical output: output-active-redistribution/solution/solution-00079 + Writing particle output: output-active-redistribution/particles/particles-00079 + Particle distribution score min/avg/max/stdev: 0/0.137831/1/0.249159 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0233951/0.0690963, 0.04015/0.0950963, 0/0.190476 + +*** Timestep 80: t=2.4 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9145 K, 1.004 K + Heat fluxes through boundary parts: 0.0002196 W, 0.0002196 W, -0.4573 W, 0.4573 W + Writing graphical output: output-active-redistribution/solution/solution-00080 + Writing particle output: output-active-redistribution/particles/particles-00080 + Particle distribution score min/avg/max/stdev: 0/0.117893/1/0.195877 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0257984/0.0769231, 0.0329668/0.0935191, 0/0.210526 + +*** Timestep 81: t=2.43 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9145 K, 1.004 K + Heat fluxes through boundary parts: 0.0002195 W, 0.0002195 W, -0.4573 W, 0.4573 W + Writing graphical output: output-active-redistribution/solution/solution-00081 + Writing particle output: output-active-redistribution/particles/particles-00081 + Particle distribution score min/avg/max/stdev: 0/0.119291/1/0.190156 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.02338/0.0642824, 0.0347197/0.091859, 0/0.181818 + +*** Timestep 82: t=2.46 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9145 K, 1.004 K + Heat fluxes through boundary parts: 0.0002195 W, 0.0002195 W, -0.4572 W, 0.4572 W + Writing graphical output: output-active-redistribution/solution/solution-00082 + Writing particle output: output-active-redistribution/particles/particles-00082 + Particle distribution score min/avg/max/stdev: 0/0.0958261/0.333333/0.115046 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0233867/0.0833333, 0.0375442/0.0924087, 0/0.190476 + +*** Timestep 83: t=2.49 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9145 K, 1.004 K + Heat fluxes through boundary parts: 0.0002195 W, 0.0002195 W, -0.4572 W, 0.4572 W + Writing graphical output: output-active-redistribution/solution/solution-00083 + Writing particle output: output-active-redistribution/particles/particles-00083 + Particle distribution score min/avg/max/stdev: 0/0.147307/1/0.246245 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0267408/0.0883883, 0.0323719/0.0981339, 0/0.25 + +*** Timestep 84: t=2.52 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9144 K, 1.004 K + Heat fluxes through boundary parts: 0.0002194 W, 0.0002194 W, -0.4572 W, 0.4572 W + Writing graphical output: output-active-redistribution/solution/solution-00084 + Writing particle output: output-active-redistribution/particles/particles-00084 + Particle distribution score min/avg/max/stdev: 0/0.106392/0.407407/0.126354 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.022723/0.0769231, 0.0382129/0.090234, 0/0.2 + +*** Timestep 85: t=2.55 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9144 K, 1.004 K + Heat fluxes through boundary parts: 0.0002194 W, 0.0002194 W, -0.4572 W, 0.4572 W + Writing graphical output: output-active-redistribution/solution/solution-00085 + Writing particle output: output-active-redistribution/particles/particles-00085 + Particle distribution score min/avg/max/stdev: 0/0.123564/1/0.203737 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0264463/0.0883883, 0.0310221/0.0957333, 0/0.25 + +*** Timestep 86: t=2.58 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9144 K, 1.004 K + Heat fluxes through boundary parts: 0.0002193 W, 0.0002193 W, -0.4572 W, 0.4572 W + Writing graphical output: output-active-redistribution/solution/solution-00086 + Writing particle output: output-active-redistribution/particles/particles-00086 + Particle distribution score min/avg/max/stdev: 0/0.107082/0.407407/0.120725 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0284769/0.103645, 0.0275985/0.0955038, 0/0.25 + +*** Timestep 87: t=2.61 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9144 K, 1.004 K + Heat fluxes through boundary parts: 0.0002193 W, 0.0002193 W, -0.4572 W, 0.4572 W + Writing graphical output: output-active-redistribution/solution/solution-00087 + Writing particle output: output-active-redistribution/particles/particles-00087 + Particle distribution score min/avg/max/stdev: 0/0.141204/1/0.256825 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0216706/0.0785674, 0.0384987/0.0923763, 0/0.222222 + +*** Timestep 88: t=2.64 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9143 K, 1.005 K + Heat fluxes through boundary parts: 0.0002193 W, 0.0002193 W, -0.4572 W, 0.4572 W + Writing graphical output: output-active-redistribution/solution/solution-00088 + Writing particle output: output-active-redistribution/particles/particles-00088 + Particle distribution score min/avg/max/stdev: 0/0.126412/1/0.205329 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0244437/0.0666173, 0.0352326/0.0909998, 0/0.178218 + +*** Timestep 89: t=2.67 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9143 K, 1.005 K + Heat fluxes through boundary parts: 0.0002192 W, 0.0002192 W, -0.4572 W, 0.4572 W + Writing graphical output: output-active-redistribution/solution/solution-00089 + Writing particle output: output-active-redistribution/particles/particles-00089 + Particle distribution score min/avg/max/stdev: 0/0.117135/1/0.205369 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0211109/0.0721005, 0.0380563/0.0874394, 0/0.210526 + +*** Timestep 90: t=2.7 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9143 K, 1.005 K + Heat fluxes through boundary parts: 0.0002192 W, 0.0002192 W, -0.4571 W, 0.4571 W + Writing graphical output: output-active-redistribution/solution/solution-00090 + Writing particle output: output-active-redistribution/particles/particles-00090 + Particle distribution score min/avg/max/stdev: 0/0.133063/1/0.197517 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.025901/0.0789673, 0.0329302/0.0933767, 0/0.190476 + +*** Timestep 91: t=2.73 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9143 K, 1.005 K + Heat fluxes through boundary parts: 0.0002192 W, 0.0002192 W, -0.4571 W, 0.4571 W + Writing graphical output: output-active-redistribution/solution/solution-00091 + Writing particle output: output-active-redistribution/particles/particles-00091 + Particle distribution score min/avg/max/stdev: 0/0.115529/0.5/0.146262 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0273903/0.0769231, 0.0313981/0.0962988, 0/0.188679 + +*** Timestep 92: t=2.76 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9142 K, 1.005 K + Heat fluxes through boundary parts: 0.0002191 W, 0.0002191 W, -0.4571 W, 0.4571 W + Writing graphical output: output-active-redistribution/solution/solution-00092 + Writing particle output: output-active-redistribution/particles/particles-00092 + Particle distribution score min/avg/max/stdev: 0/0.161892/1/0.215302 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0277752/0.0721005, 0.0324114/0.100319, 0/0.18 + +*** Timestep 93: t=2.79 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9142 K, 1.005 K + Heat fluxes through boundary parts: 0.0002191 W, 0.0002191 W, -0.4571 W, 0.4571 W + Writing graphical output: output-active-redistribution/solution/solution-00093 + Writing particle output: output-active-redistribution/particles/particles-00093 + Particle distribution score min/avg/max/stdev: 0/0.133732/1/0.20967 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.023101/0.0833333, 0.0343865/0.0877087, 0/0.182692 + +*** Timestep 94: t=2.82 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9142 K, 1.005 K + Heat fluxes through boundary parts: 0.000219 W, 0.000219 W, -0.4571 W, 0.4571 W + Writing graphical output: output-active-redistribution/solution/solution-00094 + Writing particle output: output-active-redistribution/particles/particles-00094 + Particle distribution score min/avg/max/stdev: 0/0.154288/1/0.204548 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0263761/0.0833333, 0.0353293/0.0958054, 0/0.192308 + +*** Timestep 95: t=2.85 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9141 K, 1.005 K + Heat fluxes through boundary parts: 0.000219 W, 0.000219 W, -0.4571 W, 0.4571 W + Writing graphical output: output-active-redistribution/solution/solution-00095 + Writing particle output: output-active-redistribution/particles/particles-00095 + Particle distribution score min/avg/max/stdev: 0/0.15066/1/0.191931 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0332518/0.101015, 0.0213849/0.104568, 0/0.285714 + +*** Timestep 96: t=2.88 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9141 K, 1.005 K + Heat fluxes through boundary parts: 0.000219 W, 0.000219 W, -0.4571 W, 0.4571 W + Writing graphical output: output-active-redistribution/solution/solution-00096 + Writing particle output: output-active-redistribution/particles/particles-00096 + Particle distribution score min/avg/max/stdev: 0/0.162169/1/0.251589 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0276502/0.0721005, 0.0292153/0.0961082, 0/0.2 + +*** Timestep 97: t=2.91 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9141 K, 1.005 K + Heat fluxes through boundary parts: 0.0002189 W, 0.0002189 W, -0.457 W, 0.457 W + Writing graphical output: output-active-redistribution/solution/solution-00097 + Writing particle output: output-active-redistribution/particles/particles-00097 + Particle distribution score min/avg/max/stdev: 0/0.187719/1/0.253721 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0343894/0.111111, 0.0240902/0.105234, 0/0.25 + +*** Timestep 98: t=2.94 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9141 K, 1.005 K + Heat fluxes through boundary parts: 0.0002189 W, 0.0002189 W, -0.457 W, 0.457 W + Writing graphical output: output-active-redistribution/solution/solution-00098 + Writing particle output: output-active-redistribution/particles/particles-00098 + Particle distribution score min/avg/max/stdev: 0/0.223151/1/0.325245 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.031504/0.11547, 0.0280017/0.10358, 0/0.266667 + +*** Timestep 99: t=2.97 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.914 K, 1.005 K + Heat fluxes through boundary parts: 0.0002188 W, 0.0002188 W, -0.457 W, 0.457 W + Writing graphical output: output-active-redistribution/solution/solution-00099 + Writing particle output: output-active-redistribution/particles/particles-00099 + Particle distribution score min/avg/max/stdev: 0/0.222427/1/0.325593 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0288304/0.0975478, 0.0313708/0.102023, 0/0.235294 + +*** Timestep 100: t=3 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.914 K, 1.005 K + Heat fluxes through boundary parts: 0.0002188 W, 0.0002188 W, -0.457 W, 0.457 W + Writing graphical output: output-active-redistribution/solution/solution-00100 + Writing particle output: output-active-redistribution/particles/particles-00100 + Particle distribution score min/avg/max/stdev: 0/0.182289/1/0.291532 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0237598/0.0789673, 0.0345662/0.0900838, 0/0.190476 + + + ++----------------------------------------------+------------+------------+ +| Total wallclock time elapsed since start | 1.35s | | +| | | | +| Section | no. calls | wall time | % of total | ++----------------------------------+-----------+------------+------------+ +| Assemble temperature system | 103 | 0.123s | 9.1% | +| Build temperature preconditioner | 103 | 0.0141s | 1% | +| Initialization | 1 | 0.0854s | 6.3% | +| Interpolate Stokes solution | 103 | 0.031s | 2.3% | +| Particles: Advect | 202 | 0.0306s | 2.3% | +| Particles: Copy | 103 | 0.0024s | 0.18% | +| Particles: Generate | 3 | 0.0147s | 1.1% | +| Particles: Initialization | 1 | 3.85e-05s | 0% | +| Particles: Initialize properties | 3 | 5.43e-05s | 0% | +| Particles: Sort | 202 | 0.00471s | 0.35% | +| Postprocessing | 101 | 0.439s | 32% | +| Refine mesh structure, part 1 | 2 | 0.00107s | 0% | +| Refine mesh structure, part 2 | 1 | 0.000724s | 0% | +| Setup dof systems | 2 | 0.000787s | 0% | +| Setup initial conditions | 3 | 0.0179s | 1.3% | +| Setup matrices | 2 | 0.000647s | 0% | +| Solve temperature system | 103 | 0.0169s | 1.2% | ++----------------------------------+-----------+------------+------------+ + +-- Total wallclock time elapsed including restarts: 1s +*** Timestep 101: t=3.03 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.914 K, 1.005 K + Heat fluxes through boundary parts: 0.0002188 W, 0.0002188 W, -0.457 W, 0.457 W + Writing graphical output: output-active-redistribution/solution/solution-00101 + Writing particle output: output-active-redistribution/particles/particles-00101 + Particle distribution score min/avg/max/stdev: 0/0.210729/1/0.289456 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0307177/0.096225, 0.0281187/0.100905, 0/0.222222 + +*** Timestep 102: t=3.06 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.914 K, 1.005 K + Heat fluxes through boundary parts: 0.0002187 W, 0.0002187 W, -0.457 W, 0.457 W + Writing graphical output: output-active-redistribution/solution/solution-00102 + Writing particle output: output-active-redistribution/particles/particles-00102 + Particle distribution score min/avg/max/stdev: 0/0.236313/1/0.324202 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0344097/0.108253, 0.0276379/0.108071, 0/0.25 + +*** Timestep 103: t=3.09 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9139 K, 1.005 K + Heat fluxes through boundary parts: 0.0002187 W, 0.0002187 W, -0.457 W, 0.457 W + Writing graphical output: output-active-redistribution/solution/solution-00103 + Writing particle output: output-active-redistribution/particles/particles-00103 + Particle distribution score min/avg/max/stdev: 0/0.24058/1/0.322045 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0348116/0.138193, 0.0238963/0.105112, 0/0.333333 + +*** Timestep 104: t=3.12 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9139 K, 1.005 K + Heat fluxes through boundary parts: 0.0002187 W, 0.0002187 W, -0.457 W, 0.457 W + Writing graphical output: output-active-redistribution/solution/solution-00104 + Writing particle output: output-active-redistribution/particles/particles-00104 + Particle distribution score min/avg/max/stdev: 0/0.21214/1/0.320202 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0290035/0.125, 0.0280626/0.0950988, 0/0.25 + +*** Timestep 105: t=3.15 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9139 K, 1.005 K + Heat fluxes through boundary parts: 0.0002186 W, 0.0002186 W, -0.4569 W, 0.4569 W + Writing graphical output: output-active-redistribution/solution/solution-00105 + Writing particle output: output-active-redistribution/particles/particles-00105 + Particle distribution score min/avg/max/stdev: 0/0.230588/1/0.319953 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0333115/0.138193, 0.0242397/0.105617, 0/0.333333 + +*** Timestep 106: t=3.18 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9139 K, 1.005 K + Heat fluxes through boundary parts: 0.0002186 W, 0.0002186 W, -0.4569 W, 0.4569 W + Writing graphical output: output-active-redistribution/solution/solution-00106 + Writing particle output: output-active-redistribution/particles/particles-00106 + Particle distribution score min/avg/max/stdev: 0/0.267816/1/0.346613 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0340016/0.0909091, 0.0220886/0.101742, 0/0.181818 + +*** Timestep 107: t=3.21 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9138 K, 1.005 K + Heat fluxes through boundary parts: 0.0002185 W, 0.0002185 W, -0.4569 W, 0.4569 W + Writing graphical output: output-active-redistribution/solution/solution-00107 + Writing particle output: output-active-redistribution/particles/particles-00107 + Particle distribution score min/avg/max/stdev: 0/0.241625/1/0.320633 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0343664/0.0975478, 0.0236597/0.104385, 0/0.235294 + +*** Timestep 108: t=3.24 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9138 K, 1.006 K + Heat fluxes through boundary parts: 0.0002185 W, 0.0002185 W, -0.4569 W, 0.4569 W + Writing graphical output: output-active-redistribution/solution/solution-00108 + Writing particle output: output-active-redistribution/particles/particles-00108 + Particle distribution score min/avg/max/stdev: 0/0.251204/1/0.352907 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0337239/0.103645, 0.0311389/0.10719, 0/0.25 + +*** Timestep 109: t=3.27 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9138 K, 1.006 K + Heat fluxes through boundary parts: 0.0002185 W, 0.0002185 W, -0.4569 W, 0.4569 W + Writing graphical output: output-active-redistribution/solution/solution-00109 + Writing particle output: output-active-redistribution/particles/particles-00109 + Particle distribution score min/avg/max/stdev: 0/0.207132/1/0.322237 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0298924/0.0909091, 0.0305254/0.0994846, 0/0.2 + +*** Timestep 110: t=3.3 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9138 K, 1.006 K + Heat fluxes through boundary parts: 0.0002184 W, 0.0002184 W, -0.4569 W, 0.4569 W + Writing graphical output: output-active-redistribution/solution/solution-00110 + Writing particle output: output-active-redistribution/particles/particles-00110 + Particle distribution score min/avg/max/stdev: 0/0.212962/1/0.295915 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0279975/0.096225, 0.033572/0.0982648, 0/0.222222 + +*** Timestep 111: t=3.33 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9137 K, 1.006 K + Heat fluxes through boundary parts: 0.0002184 W, 0.0002184 W, -0.4569 W, 0.4569 W + Writing graphical output: output-active-redistribution/solution/solution-00111 + Writing particle output: output-active-redistribution/particles/particles-00111 + Particle distribution score min/avg/max/stdev: 0/0.209434/1/0.256497 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0315993/0.0829156, 0.0242748/0.0991649, 0/0.2 + +*** Timestep 112: t=3.36 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9137 K, 1.006 K + Heat fluxes through boundary parts: 0.0002183 W, 0.0002183 W, -0.4569 W, 0.4569 W + Writing graphical output: output-active-redistribution/solution/solution-00112 + Writing particle output: output-active-redistribution/particles/particles-00112 + Particle distribution score min/avg/max/stdev: 0/0.232281/1/0.295013 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0317689/0.0909091, 0.0281811/0.0991099, 0/0.181818 + +*** Timestep 113: t=3.39 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9137 K, 1.006 K + Heat fluxes through boundary parts: 0.0002183 W, 0.0002183 W, -0.4568 W, 0.4568 W + Writing graphical output: output-active-redistribution/solution/solution-00113 + Writing particle output: output-active-redistribution/particles/particles-00113 + Particle distribution score min/avg/max/stdev: 0/0.214689/1/0.286048 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0343215/0.0909091, 0.0216252/0.100719, 0/0.181818 + +*** Timestep 114: t=3.42 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9137 K, 1.006 K + Heat fluxes through boundary parts: 0.0002183 W, 0.0002183 W, -0.4568 W, 0.4568 W + Writing graphical output: output-active-redistribution/solution/solution-00114 + Writing particle output: output-active-redistribution/particles/particles-00114 + Particle distribution score min/avg/max/stdev: 0/0.233152/1/0.293403 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0301148/0.0872796, 0.0299527/0.100698, 0/0.210526 + +*** Timestep 115: t=3.45 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9136 K, 1.006 K + Heat fluxes through boundary parts: 0.0002182 W, 0.0002182 W, -0.4568 W, 0.4568 W + Writing graphical output: output-active-redistribution/solution/solution-00115 + Writing particle output: output-active-redistribution/particles/particles-00115 + Particle distribution score min/avg/max/stdev: 0/0.229154/1/0.315464 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0341343/0.0911606, 0.0213624/0.103883, 0/0.222222 + +*** Timestep 116: t=3.48 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9136 K, 1.006 K + Heat fluxes through boundary parts: 0.0002182 W, 0.0002182 W, -0.4568 W, 0.4568 W + Writing graphical output: output-active-redistribution/solution/solution-00116 + Writing particle output: output-active-redistribution/particles/particles-00116 + Particle distribution score min/avg/max/stdev: 0/0.186338/1/0.24857 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0346383/0.1, 0.0219756/0.104975, 0/0.222222 + +*** Timestep 117: t=3.51 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9136 K, 1.006 K + Heat fluxes through boundary parts: 0.0002182 W, 0.0002182 W, -0.4568 W, 0.4568 W + Writing graphical output: output-active-redistribution/solution/solution-00117 + Writing particle output: output-active-redistribution/particles/particles-00117 + Particle distribution score min/avg/max/stdev: 0/0.190622/1/0.255929 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0302663/0.0952381, 0.0293747/0.0981847, 0/0.190476 + +*** Timestep 118: t=3.54 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9135 K, 1.006 K + Heat fluxes through boundary parts: 0.0002181 W, 0.0002181 W, -0.4568 W, 0.4568 W + Writing graphical output: output-active-redistribution/solution/solution-00118 + Writing particle output: output-active-redistribution/particles/particles-00118 + Particle distribution score min/avg/max/stdev: 0/0.188454/1/0.254076 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0291338/0.0789673, 0.0285768/0.0978488, 0/0.190476 + +*** Timestep 119: t=3.57 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9135 K, 1.006 K + Heat fluxes through boundary parts: 0.0002181 W, 0.0002181 W, -0.4568 W, 0.4568 W + Writing graphical output: output-active-redistribution/solution/solution-00119 + Writing particle output: output-active-redistribution/particles/particles-00119 + Particle distribution score min/avg/max/stdev: 0/0.211129/1/0.294915 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.03234/0.0911606, 0.0278134/0.103577, 0/0.222222 + +*** Timestep 120: t=3.6 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9135 K, 1.006 K + Heat fluxes through boundary parts: 0.000218 W, 0.000218 W, -0.4567 W, 0.4567 W + Writing graphical output: output-active-redistribution/solution/solution-00120 + Writing particle output: output-active-redistribution/particles/particles-00120 + Particle distribution score min/avg/max/stdev: 0/0.190937/1/0.28999 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0321468/0.0909091, 0.0259766/0.100191, 0/0.210526 + +*** Timestep 121: t=3.63 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9135 K, 1.006 K + Heat fluxes through boundary parts: 0.000218 W, 0.000218 W, -0.4567 W, 0.4567 W + Writing graphical output: output-active-redistribution/solution/solution-00121 + Writing particle output: output-active-redistribution/particles/particles-00121 + Particle distribution score min/avg/max/stdev: 0/0.197229/1/0.290666 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.029258/0.0769231, 0.0283149/0.0967505, 0/0.168421 + +*** Timestep 122: t=3.66 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9134 K, 1.006 K + Heat fluxes through boundary parts: 0.000218 W, 0.000218 W, -0.4567 W, 0.4567 W + Writing graphical output: output-active-redistribution/solution/solution-00122 + Writing particle output: output-active-redistribution/particles/particles-00122 + Particle distribution score min/avg/max/stdev: 0/0.207342/1/0.262845 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0328882/0.0909091, 0.0263859/0.103473, 0/0.210526 + +*** Timestep 123: t=3.69 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9134 K, 1.006 K + Heat fluxes through boundary parts: 0.0002179 W, 0.0002179 W, -0.4567 W, 0.4567 W + Writing graphical output: output-active-redistribution/solution/solution-00123 + Writing particle output: output-active-redistribution/particles/particles-00123 + Particle distribution score min/avg/max/stdev: 0/0.191985/1/0.294823 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0286564/0.0721688, 0.0293252/0.0961235, 0/0.2 + +*** Timestep 124: t=3.72 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9134 K, 1.006 K + Heat fluxes through boundary parts: 0.0002179 W, 0.0002179 W, -0.4567 W, 0.4567 W + Writing graphical output: output-active-redistribution/solution/solution-00124 + Writing particle output: output-active-redistribution/particles/particles-00124 + Particle distribution score min/avg/max/stdev: 0/0.233131/1/0.293083 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0370049/0.122474, 0.0221233/0.111453, 0/0.3 + +*** Timestep 125: t=3.75 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9134 K, 1.006 K + Heat fluxes through boundary parts: 0.0002179 W, 0.0002179 W, -0.4567 W, 0.4567 W + Writing graphical output: output-active-redistribution/solution/solution-00125 + Writing particle output: output-active-redistribution/particles/particles-00125 + Particle distribution score min/avg/max/stdev: 0/0.186594/1/0.25872 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0294608/0.0789673, 0.030963/0.100257, 0/0.190476 + +*** Timestep 126: t=3.78 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9133 K, 1.006 K + Heat fluxes through boundary parts: 0.0002178 W, 0.0002178 W, -0.4567 W, 0.4567 W + Writing graphical output: output-active-redistribution/solution/solution-00126 + Writing particle output: output-active-redistribution/particles/particles-00126 + Particle distribution score min/avg/max/stdev: 0.00444444/0.223323/1/0.293481 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.0067267/0.0334154/0.0872796, 0.0274916/0.105075, 0/0.25 + +*** Timestep 127: t=3.81 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9133 K, 1.006 K + Heat fluxes through boundary parts: 0.0002178 W, 0.0002178 W, -0.4567 W, 0.4567 W + Writing graphical output: output-active-redistribution/solution/solution-00127 + Writing particle output: output-active-redistribution/particles/particles-00127 + Particle distribution score min/avg/max/stdev: 0/0.2004/1/0.292219 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0258613/0.0588235, 0.033933/0.0950707, 0/0.148936 + +*** Timestep 128: t=3.84 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9133 K, 1.006 K + Heat fluxes through boundary parts: 0.0002177 W, 0.0002177 W, -0.4566 W, 0.4566 W + Writing graphical output: output-active-redistribution/solution/solution-00128 + Writing particle output: output-active-redistribution/particles/particles-00128 + Particle distribution score min/avg/max/stdev: 0/0.178507/1/0.248465 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0283222/0.0872796, 0.029182/0.0956871, 0/0.210526 + +*** Timestep 129: t=3.87 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9133 K, 1.007 K + Heat fluxes through boundary parts: 0.0002177 W, 0.0002177 W, -0.4566 W, 0.4566 W + Writing graphical output: output-active-redistribution/solution/solution-00129 + Writing particle output: output-active-redistribution/particles/particles-00129 + Particle distribution score min/avg/max/stdev: 0/0.164074/1/0.256835 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0269571/0.0824786, 0.0294814/0.0940137, 0/0.222222 + +*** Timestep 130: t=3.9 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9132 K, 1.007 K + Heat fluxes through boundary parts: 0.0002177 W, 0.0002177 W, -0.4566 W, 0.4566 W + Writing graphical output: output-active-redistribution/solution/solution-00130 + Writing particle output: output-active-redistribution/particles/particles-00130 + Particle distribution score min/avg/max/stdev: 0/0.134047/1/0.200698 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0253651/0.0690963, 0.0304744/0.0887747, 0/0.181818 + +*** Timestep 131: t=3.93 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9132 K, 1.007 K + Heat fluxes through boundary parts: 0.0002176 W, 0.0002176 W, -0.4566 W, 0.4566 W + Writing graphical output: output-active-redistribution/solution/solution-00131 + Writing particle output: output-active-redistribution/particles/particles-00131 + Particle distribution score min/avg/max/stdev: 0/0.1313/0.407407/0.150306 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0242152/0.083189, 0.0348731/0.0916297, 0/0.235294 + +*** Timestep 132: t=3.96 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9132 K, 1.007 K + Heat fluxes through boundary parts: 0.0002176 W, 0.0002176 W, -0.4566 W, 0.4566 W + Writing graphical output: output-active-redistribution/solution/solution-00132 + Writing particle output: output-active-redistribution/particles/particles-00132 + Particle distribution score min/avg/max/stdev: 0/0.123053/0.407407/0.143822 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0289523/0.0921285, 0.0274849/0.0955175, 0/0.24 + +*** Timestep 133: t=3.99 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9132 K, 1.007 K + Heat fluxes through boundary parts: 0.0002175 W, 0.0002175 W, -0.4566 W, 0.4566 W + Writing graphical output: output-active-redistribution/solution/solution-00133 + Writing particle output: output-active-redistribution/particles/particles-00133 + Particle distribution score min/avg/max/stdev: 0/0.130202/1/0.197622 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0269745/0.127562, 0.029412/0.0937564, 0/0.307692 + +*** Timestep 134: t=4.02 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9131 K, 1.007 K + Heat fluxes through boundary parts: 0.0002175 W, 0.0002175 W, -0.4566 W, 0.4566 W + Writing graphical output: output-active-redistribution/solution/solution-00134 + Writing particle output: output-active-redistribution/particles/particles-00134 + Particle distribution score min/avg/max/stdev: 0/0.168079/1/0.211447 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0294092/0.118451, 0.0284634/0.0965115, 0/0.285714 + +*** Timestep 135: t=4.05 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9131 K, 1.007 K + Heat fluxes through boundary parts: 0.0002175 W, 0.0002175 W, -0.4566 W, 0.4566 W + Writing graphical output: output-active-redistribution/solution/solution-00135 + Writing particle output: output-active-redistribution/particles/particles-00135 + Particle distribution score min/avg/max/stdev: 0/0.15308/1/0.24863 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0279308/0.138193, 0.0300549/0.0966403, 0/0.333333 + +*** Timestep 136: t=4.08 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9131 K, 1.007 K + Heat fluxes through boundary parts: 0.0002174 W, 0.0002174 W, -0.4565 W, 0.4565 W + Writing graphical output: output-active-redistribution/solution/solution-00136 + Writing particle output: output-active-redistribution/particles/particles-00136 + Particle distribution score min/avg/max/stdev: 0/0.157332/1/0.245884 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0296264/0.144338, 0.0264334/0.0977851, 0/0.333333 + +*** Timestep 137: t=4.11 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.913 K, 1.007 K + Heat fluxes through boundary parts: 0.0002174 W, 0.0002174 W, -0.4565 W, 0.4565 W + Writing graphical output: output-active-redistribution/solution/solution-00137 + Writing particle output: output-active-redistribution/particles/particles-00137 + Particle distribution score min/avg/max/stdev: 0/0.130335/1/0.192593 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0289401/0.103645, 0.0253811/0.0947963, 0/0.25 + +*** Timestep 138: t=4.14 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.913 K, 1.007 K + Heat fluxes through boundary parts: 0.0002174 W, 0.0002174 W, -0.4565 W, 0.4565 W + Writing graphical output: output-active-redistribution/solution/solution-00138 + Writing particle output: output-active-redistribution/particles/particles-00138 + Particle distribution score min/avg/max/stdev: 0/0.122491/0.407407/0.124205 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0305293/0.118451, 0.0264406/0.100054, 0/0.285714 + +*** Timestep 139: t=4.17 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.913 K, 1.007 K + Heat fluxes through boundary parts: 0.0002173 W, 0.0002173 W, -0.4565 W, 0.4565 W + Writing graphical output: output-active-redistribution/solution/solution-00139 + Writing particle output: output-active-redistribution/particles/particles-00139 + Particle distribution score min/avg/max/stdev: 0/0.1636/1/0.252422 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0292802/0.0942809, 0.0302596/0.100492, 0/0.266667 + +*** Timestep 140: t=4.2 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.913 K, 1.007 K + Heat fluxes through boundary parts: 0.0002173 W, 0.0002173 W, -0.4565 W, 0.4565 W + Writing graphical output: output-active-redistribution/solution/solution-00140 + Writing particle output: output-active-redistribution/particles/particles-00140 + Particle distribution score min/avg/max/stdev: 0/0.159735/1/0.24915 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0298274/0.1, 0.032543/0.100589, 0/0.235294 + +*** Timestep 141: t=4.23 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9129 K, 1.007 K + Heat fluxes through boundary parts: 0.0002172 W, 0.0002172 W, -0.4565 W, 0.4565 W + Writing graphical output: output-active-redistribution/solution/solution-00141 + Writing particle output: output-active-redistribution/particles/particles-00141 + Particle distribution score min/avg/max/stdev: 0/0.149308/1/0.206003 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0314947/0.0942809, 0.0261696/0.101856, 0/0.266667 + +*** Timestep 142: t=4.26 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9129 K, 1.007 K + Heat fluxes through boundary parts: 0.0002172 W, 0.0002172 W, -0.4565 W, 0.4565 W + Writing graphical output: output-active-redistribution/solution/solution-00142 + Writing particle output: output-active-redistribution/particles/particles-00142 + Particle distribution score min/avg/max/stdev: 0/0.15975/0.5/0.169431 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0300878/0.0829156, 0.0303234/0.10265, 0/0.2 + +*** Timestep 143: t=4.29 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9129 K, 1.007 K + Heat fluxes through boundary parts: 0.0002172 W, 0.0002172 W, -0.4564 W, 0.4564 W + Writing graphical output: output-active-redistribution/solution/solution-00143 + Writing particle output: output-active-redistribution/particles/particles-00143 + Particle distribution score min/avg/max/stdev: 0/0.153134/1/0.251261 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0261595/0.0753778, 0.0338568/0.0973275, 0/0.190476 + +*** Timestep 144: t=4.32 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9129 K, 1.007 K + Heat fluxes through boundary parts: 0.0002171 W, 0.0002171 W, -0.4564 W, 0.4564 W + Writing graphical output: output-active-redistribution/solution/solution-00144 + Writing particle output: output-active-redistribution/particles/particles-00144 + Particle distribution score min/avg/max/stdev: 0/0.170918/1/0.25444 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0298272/0.0921285, 0.0288594/0.100896, 0/0.222222 + +*** Timestep 145: t=4.35 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9128 K, 1.007 K + Heat fluxes through boundary parts: 0.0002171 W, 0.0002171 W, -0.4564 W, 0.4564 W + Writing graphical output: output-active-redistribution/solution/solution-00145 + Writing particle output: output-active-redistribution/particles/particles-00145 + Particle distribution score min/avg/max/stdev: 0/0.14834/1/0.217312 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0279565/0.0975478, 0.0310381/0.0965851, 0/0.235294 + +*** Timestep 146: t=4.38 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9128 K, 1.007 K + Heat fluxes through boundary parts: 0.0002171 W, 0.0002171 W, -0.4564 W, 0.4564 W + Writing graphical output: output-active-redistribution/solution/solution-00146 + Writing particle output: output-active-redistribution/particles/particles-00146 + Particle distribution score min/avg/max/stdev: 0/0.161501/1/0.214354 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0310803/0.110554, 0.0264051/0.100916, 0/0.266667 + +*** Timestep 147: t=4.41 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9128 K, 1.007 K + Heat fluxes through boundary parts: 0.000217 W, 0.000217 W, -0.4564 W, 0.4564 W + Writing graphical output: output-active-redistribution/solution/solution-00147 + Writing particle output: output-active-redistribution/particles/particles-00147 + Particle distribution score min/avg/max/stdev: 0/0.158402/1/0.215596 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0290469/0.110554, 0.0304499/0.100643, 0/0.266667 + +*** Timestep 148: t=4.44 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9128 K, 1.007 K + Heat fluxes through boundary parts: 0.000217 W, 0.000217 W, -0.4564 W, 0.4564 W + Writing graphical output: output-active-redistribution/solution/solution-00148 + Writing particle output: output-active-redistribution/particles/particles-00148 + Particle distribution score min/avg/max/stdev: 0/0.204037/1/0.263983 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0334869/0.110554, 0.026559/0.107078, 0/0.266667 + +*** Timestep 149: t=4.47 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9127 K, 1.007 K + Heat fluxes through boundary parts: 0.0002169 W, 0.0002169 W, -0.4564 W, 0.4564 W + Writing graphical output: output-active-redistribution/solution/solution-00149 + Writing particle output: output-active-redistribution/particles/particles-00149 + Particle distribution score min/avg/max/stdev: 0/0.187127/1/0.221129 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0340017/0.110554, 0.0243231/0.106834, 0/0.266667 + +*** Timestep 150: t=4.5 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9127 K, 1.008 K + Heat fluxes through boundary parts: 0.0002169 W, 0.0002169 W, -0.4564 W, 0.4564 W + Writing graphical output: output-active-redistribution/solution/solution-00150 + Writing particle output: output-active-redistribution/particles/particles-00150 + Particle distribution score min/avg/max/stdev: 0/0.196065/1/0.260014 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0329454/0.0921285, 0.0247768/0.105161, 0/0.222222 + +*** Timestep 151: t=4.53 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9127 K, 1.008 K + Heat fluxes through boundary parts: 0.0002169 W, 0.0002169 W, -0.4563 W, 0.4563 W + Writing graphical output: output-active-redistribution/solution/solution-00151 + Writing particle output: output-active-redistribution/particles/particles-00151 + Particle distribution score min/avg/max/stdev: 0/0.165842/1/0.216055 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0303028/0.0833333, 0.0275533/0.102236, 0/0.2 + +*** Timestep 152: t=4.56 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9127 K, 1.008 K + Heat fluxes through boundary parts: 0.0002168 W, 0.0002168 W, -0.4563 W, 0.4563 W + Writing graphical output: output-active-redistribution/solution/solution-00152 + Writing particle output: output-active-redistribution/particles/particles-00152 + Particle distribution score min/avg/max/stdev: 0/0.165885/1/0.209329 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0314626/0.0833333, 0.0262701/0.0996313, 0/0.2 + +*** Timestep 153: t=4.59 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9126 K, 1.008 K + Heat fluxes through boundary parts: 0.0002168 W, 0.0002168 W, -0.4563 W, 0.4563 W + Writing graphical output: output-active-redistribution/solution/solution-00153 + Writing particle output: output-active-redistribution/particles/particles-00153 + Particle distribution score min/avg/max/stdev: 0/0.198255/1/0.264177 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0318576/0.133235, 0.029108/0.105702, 0/0.307692 + +*** Timestep 154: t=4.62 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9126 K, 1.008 K + Heat fluxes through boundary parts: 0.0002168 W, 0.0002168 W, -0.4563 W, 0.4563 W + Writing graphical output: output-active-redistribution/solution/solution-00154 + Writing particle output: output-active-redistribution/particles/particles-00154 + Particle distribution score min/avg/max/stdev: 0/0.172199/1/0.22465 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0312949/0.0975478, 0.029322/0.103046, 0/0.235294 + +*** Timestep 155: t=4.65 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9126 K, 1.008 K + Heat fluxes through boundary parts: 0.0002167 W, 0.0002167 W, -0.4563 W, 0.4563 W + Writing graphical output: output-active-redistribution/solution/solution-00155 + Writing particle output: output-active-redistribution/particles/particles-00155 + Particle distribution score min/avg/max/stdev: 0/0.196048/1/0.220893 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0359768/0.138193, 0.0256969/0.107415, 0/0.333333 + +*** Timestep 156: t=4.68 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9126 K, 1.008 K + Heat fluxes through boundary parts: 0.0002167 W, 0.0002167 W, -0.4563 W, 0.4563 W + Writing graphical output: output-active-redistribution/solution/solution-00156 + Writing particle output: output-active-redistribution/particles/particles-00156 + Particle distribution score min/avg/max/stdev: 0/0.188757/1/0.259156 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0327335/0.111111, 0.0299392/0.10332, 0/0.222222 + +*** Timestep 157: t=4.71 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9125 K, 1.008 K + Heat fluxes through boundary parts: 0.0002166 W, 0.0002166 W, -0.4563 W, 0.4563 W + Writing graphical output: output-active-redistribution/solution/solution-00157 + Writing particle output: output-active-redistribution/particles/particles-00157 + Particle distribution score min/avg/max/stdev: 0/0.202241/1/0.325349 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0328557/0.150756, 0.0291012/0.107876, 0/0.363636 + +*** Timestep 158: t=4.74 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9125 K, 1.008 K + Heat fluxes through boundary parts: 0.0002166 W, 0.0002166 W, -0.4563 W, 0.4563 W + Writing graphical output: output-active-redistribution/solution/solution-00158 + Writing particle output: output-active-redistribution/particles/particles-00158 + Particle distribution score min/avg/max/stdev: 0/0.156022/1/0.214543 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0318126/0.1, 0.0257826/0.0983172, 0/0.2 + +*** Timestep 159: t=4.77 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9125 K, 1.008 K + Heat fluxes through boundary parts: 0.0002166 W, 0.0002166 W, -0.4562 W, 0.4562 W + Writing graphical output: output-active-redistribution/solution/solution-00159 + Writing particle output: output-active-redistribution/particles/particles-00159 + Particle distribution score min/avg/max/stdev: 0.00591716/0.171497/1/0.207064 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0.00551609/0.0357951/0.108786, 0.0227865/0.106518, 0/0.307692 + +*** Timestep 160: t=4.8 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9125 K, 1.008 K + Heat fluxes through boundary parts: 0.0002165 W, 0.0002165 W, -0.4562 W, 0.4562 W + Writing graphical output: output-active-redistribution/solution/solution-00160 + Writing particle output: output-active-redistribution/particles/particles-00160 + Particle distribution score min/avg/max/stdev: 0/0.216252/1/0.293579 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0358726/0.118451, 0.0250479/0.10911, 0/0.285714 + +*** Timestep 161: t=4.83 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9124 K, 1.008 K + Heat fluxes through boundary parts: 0.0002165 W, 0.0002165 W, -0.4562 W, 0.4562 W + Writing graphical output: output-active-redistribution/solution/solution-00161 + Writing particle output: output-active-redistribution/particles/particles-00161 + Particle distribution score min/avg/max/stdev: 0/0.240524/1/0.327201 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0318112/0.111111, 0.0313456/0.103552, 0/0.235294 + +*** Timestep 162: t=4.86 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9124 K, 1.008 K + Heat fluxes through boundary parts: 0.0002165 W, 0.0002165 W, -0.4562 W, 0.4562 W + Writing graphical output: output-active-redistribution/solution/solution-00162 + Writing particle output: output-active-redistribution/particles/particles-00162 + Particle distribution score min/avg/max/stdev: 0/0.181057/1/0.211208 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0343687/0.118451, 0.0280687/0.107968, 0/0.285714 + +*** Timestep 163: t=4.89 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9124 K, 1.008 K + Heat fluxes through boundary parts: 0.0002164 W, 0.0002164 W, -0.4562 W, 0.4562 W + Writing graphical output: output-active-redistribution/solution/solution-00163 + Writing particle output: output-active-redistribution/particles/particles-00163 + Particle distribution score min/avg/max/stdev: 0/0.21291/1/0.297715 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0315243/0.110554, 0.0296688/0.105364, 0/0.266667 + +*** Timestep 164: t=4.92 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9123 K, 1.008 K + Heat fluxes through boundary parts: 0.0002164 W, 0.0002164 W, -0.4562 W, 0.4562 W + Writing graphical output: output-active-redistribution/solution/solution-00164 + Writing particle output: output-active-redistribution/particles/particles-00164 + Particle distribution score min/avg/max/stdev: 0/0.250202/1/0.319844 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0339876/0.103645, 0.0279363/0.107741, 0/0.25 + +*** Timestep 165: t=4.95 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9123 K, 1.008 K + Heat fluxes through boundary parts: 0.0002163 W, 0.0002163 W, -0.4562 W, 0.4562 W + Writing graphical output: output-active-redistribution/solution/solution-00165 + Writing particle output: output-active-redistribution/particles/particles-00165 + Particle distribution score min/avg/max/stdev: 0/0.220443/1/0.298643 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0311852/0.110554, 0.0337421/0.107398, 0/0.266667 + +*** Timestep 166: t=4.98 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9123 K, 1.008 K + Heat fluxes through boundary parts: 0.0002163 W, 0.0002163 W, -0.4561 W, 0.4561 W + Writing graphical output: output-active-redistribution/solution/solution-00166 + Writing particle output: output-active-redistribution/particles/particles-00166 + Particle distribution score min/avg/max/stdev: 0/0.184633/1/0.252579 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0294821/0.0862821, 0.0267093/0.0953097, 0/0.222222 + +*** Timestep 167: t=5.01 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9123 K, 1.008 K + Heat fluxes through boundary parts: 0.0002163 W, 0.0002163 W, -0.4561 W, 0.4561 W + Writing graphical output: output-active-redistribution/solution/solution-00167 + Writing particle output: output-active-redistribution/particles/particles-00167 + Particle distribution score min/avg/max/stdev: 0.00444444/0.208319/1/0.258999 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.032066/0.076414, 0.0260213/0.101145, 0/0.2 + +*** Timestep 168: t=5.04 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9122 K, 1.008 K + Heat fluxes through boundary parts: 0.0002162 W, 0.0002162 W, -0.4561 W, 0.4561 W + Writing graphical output: output-active-redistribution/solution/solution-00168 + Writing particle output: output-active-redistribution/particles/particles-00168 + Particle distribution score min/avg/max/stdev: 0/0.204359/1/0.261105 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.029225/0.0753778, 0.029349/0.0950474, 0/0.181818 + +*** Timestep 169: t=5.07 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9122 K, 1.008 K + Heat fluxes through boundary parts: 0.0002162 W, 0.0002162 W, -0.4561 W, 0.4561 W + Writing graphical output: output-active-redistribution/solution/solution-00169 + Writing particle output: output-active-redistribution/particles/particles-00169 + Particle distribution score min/avg/max/stdev: 0/0.235618/1/0.324553 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0276143/0.103645, 0.0369114/0.102076, 0/0.25 + +*** Timestep 170: t=5.1 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9122 K, 1.008 K + Heat fluxes through boundary parts: 0.0002162 W, 0.0002162 W, -0.4561 W, 0.4561 W + Writing graphical output: output-active-redistribution/solution/solution-00170 + Writing particle output: output-active-redistribution/particles/particles-00170 + Particle distribution score min/avg/max/stdev: 0/0.187073/1/0.261264 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0318209/0.103645, 0.0307684/0.104163, 0/0.25 + +*** Timestep 171: t=5.13 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9122 K, 1.008 K + Heat fluxes through boundary parts: 0.0002161 W, 0.0002161 W, -0.4561 W, 0.4561 W + Writing graphical output: output-active-redistribution/solution/solution-00171 + Writing particle output: output-active-redistribution/particles/particles-00171 + Particle distribution score min/avg/max/stdev: 0/0.167032/1/0.254277 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0288941/0.101885, 0.0322495/0.102582, 0/0.235294 + +*** Timestep 172: t=5.16 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9121 K, 1.009 K + Heat fluxes through boundary parts: 0.0002161 W, 0.0002161 W, -0.4561 W, 0.4561 W + Writing graphical output: output-active-redistribution/solution/solution-00172 + Writing particle output: output-active-redistribution/particles/particles-00172 + Particle distribution score min/avg/max/stdev: 0/0.151266/1/0.207635 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0272942/0.0872796, 0.0310039/0.0959963, 0/0.210526 + +*** Timestep 173: t=5.19 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9121 K, 1.009 K + Heat fluxes through boundary parts: 0.0002161 W, 0.0002161 W, -0.4561 W, 0.4561 W + Writing graphical output: output-active-redistribution/solution/solution-00173 + Writing particle output: output-active-redistribution/particles/particles-00173 + Particle distribution score min/avg/max/stdev: 0/0.17278/1/0.256248 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0295907/0.144338, 0.0312652/0.103018, 0/0.333333 + +*** Timestep 174: t=5.22 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9121 K, 1.009 K + Heat fluxes through boundary parts: 0.000216 W, 0.000216 W, -0.456 W, 0.456 W + Writing graphical output: output-active-redistribution/solution/solution-00174 + Writing particle output: output-active-redistribution/particles/particles-00174 + Particle distribution score min/avg/max/stdev: 0/0.141105/1/0.197999 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0261668/0.0942809, 0.0337134/0.0939655, 0/0.266667 + +*** Timestep 175: t=5.25 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9121 K, 1.009 K + Heat fluxes through boundary parts: 0.000216 W, 0.000216 W, -0.456 W, 0.456 W + Writing graphical output: output-active-redistribution/solution/solution-00175 + Writing particle output: output-active-redistribution/particles/particles-00175 + Particle distribution score min/avg/max/stdev: 0/0.168723/1/0.25628 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0283575/0.142857, 0.0343758/0.100798, 0/0.285714 + +*** Timestep 176: t=5.28 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.912 K, 1.009 K + Heat fluxes through boundary parts: 0.0002159 W, 0.0002159 W, -0.456 W, 0.456 W + Writing graphical output: output-active-redistribution/solution/solution-00176 + Writing particle output: output-active-redistribution/particles/particles-00176 + Particle distribution score min/avg/max/stdev: 0/0.143272/1/0.206146 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0280976/0.0942809, 0.0299903/0.0977784, 0/0.266667 + +*** Timestep 177: t=5.31 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.912 K, 1.009 K + Heat fluxes through boundary parts: 0.0002159 W, 0.0002159 W, -0.456 W, 0.456 W + Writing graphical output: output-active-redistribution/solution/solution-00177 + Writing particle output: output-active-redistribution/particles/particles-00177 + Particle distribution score min/avg/max/stdev: 0/0.147851/1/0.208891 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0290328/0.118451, 0.0321829/0.103331, 0/0.285714 + +*** Timestep 178: t=5.34 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.912 K, 1.009 K + Heat fluxes through boundary parts: 0.0002159 W, 0.0002159 W, -0.456 W, 0.456 W + Writing graphical output: output-active-redistribution/solution/solution-00178 + Writing particle output: output-active-redistribution/particles/particles-00178 + Particle distribution score min/avg/max/stdev: 0/0.165102/1/0.259439 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0302388/0.110554, 0.0321664/0.104978, 0/0.266667 + +*** Timestep 179: t=5.37 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.912 K, 1.009 K + Heat fluxes through boundary parts: 0.0002158 W, 0.0002158 W, -0.456 W, 0.456 W + Writing graphical output: output-active-redistribution/solution/solution-00179 + Writing particle output: output-active-redistribution/particles/particles-00179 + Particle distribution score min/avg/max/stdev: 0/0.192044/1/0.298807 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0280654/0.103645, 0.0344234/0.101282, 0/0.25 + +*** Timestep 180: t=5.4 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9119 K, 1.009 K + Heat fluxes through boundary parts: 0.0002158 W, 0.0002158 W, -0.456 W, 0.456 W + Writing graphical output: output-active-redistribution/solution/solution-00180 + Writing particle output: output-active-redistribution/particles/particles-00180 + Particle distribution score min/avg/max/stdev: 0/0.184943/1/0.224252 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0351056/0.122474, 0.0251914/0.106594, 0/0.3 + +*** Timestep 181: t=5.43 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9119 K, 1.009 K + Heat fluxes through boundary parts: 0.0002158 W, 0.0002158 W, -0.456 W, 0.456 W + Writing graphical output: output-active-redistribution/solution/solution-00181 + Writing particle output: output-active-redistribution/particles/particles-00181 + Particle distribution score min/avg/max/stdev: 0/0.16392/1/0.21254 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0351665/0.118094, 0.0251785/0.107416, 0/0.272727 + +*** Timestep 182: t=5.46 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9119 K, 1.009 K + Heat fluxes through boundary parts: 0.0002157 W, 0.0002157 W, -0.4559 W, 0.4559 W + Writing graphical output: output-active-redistribution/solution/solution-00182 + Writing particle output: output-active-redistribution/particles/particles-00182 + Particle distribution score min/avg/max/stdev: 0/0.210152/1/0.291264 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0315018/0.083189, 0.0287339/0.105427, 0/0.235294 + +*** Timestep 183: t=5.49 seconds, dt=0.03 seconds + Solving temperature system... 6 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9119 K, 1.009 K + Heat fluxes through boundary parts: 0.0002157 W, 0.0002157 W, -0.4559 W, 0.4559 W + Writing graphical output: output-active-redistribution/solution/solution-00183 + Writing particle output: output-active-redistribution/particles/particles-00183 + Particle distribution score min/avg/max/stdev: 0/0.15244/0.407407/0.14844 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0340822/0.110554, 0.0219279/0.105367, 0/0.266667 + +*** Timestep 184: t=5.52 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9118 K, 1.009 K + Heat fluxes through boundary parts: 0.0002156 W, 0.0002156 W, -0.4559 W, 0.4559 W + Writing graphical output: output-active-redistribution/solution/solution-00184 + Writing particle output: output-active-redistribution/particles/particles-00184 + Particle distribution score min/avg/max/stdev: 0/0.168342/1/0.210792 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0305949/0.0990659, 0.0284561/0.0999171, 0/0.272727 + +*** Timestep 185: t=5.55 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9118 K, 1.009 K + Heat fluxes through boundary parts: 0.0002156 W, 0.0002156 W, -0.4559 W, 0.4559 W + Writing graphical output: output-active-redistribution/solution/solution-00185 + Writing particle output: output-active-redistribution/particles/particles-00185 + Particle distribution score min/avg/max/stdev: 0/0.154435/1/0.194554 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0313917/0.0952381, 0.0244257/0.0979577, 0/0.190476 + +*** Timestep 186: t=5.58 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9118 K, 1.009 K + Heat fluxes through boundary parts: 0.0002156 W, 0.0002156 W, -0.4559 W, 0.4559 W + Writing graphical output: output-active-redistribution/solution/solution-00186 + Writing particle output: output-active-redistribution/particles/particles-00186 + Particle distribution score min/avg/max/stdev: 0/0.172177/1/0.251995 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0291281/0.110554, 0.0285881/0.0988739, 0/0.266667 + +*** Timestep 187: t=5.61 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9118 K, 1.009 K + Heat fluxes through boundary parts: 0.0002155 W, 0.0002155 W, -0.4559 W, 0.4559 W + Writing graphical output: output-active-redistribution/solution/solution-00187 + Writing particle output: output-active-redistribution/particles/particles-00187 + Particle distribution score min/avg/max/stdev: 0/0.127068/0.407407/0.150624 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0281652/0.110554, 0.030039/0.0944718, 0/0.266667 + +*** Timestep 188: t=5.64 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9117 K, 1.009 K + Heat fluxes through boundary parts: 0.0002155 W, 0.0002155 W, -0.4559 W, 0.4559 W + Writing graphical output: output-active-redistribution/solution/solution-00188 + Writing particle output: output-active-redistribution/particles/particles-00188 + Particle distribution score min/avg/max/stdev: 0/0.146694/1/0.204971 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0261339/0.0909091, 0.0305546/0.0909751, 0/0.181818 + +*** Timestep 189: t=5.67 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9117 K, 1.009 K + Heat fluxes through boundary parts: 0.0002155 W, 0.0002155 W, -0.4558 W, 0.4558 W + Writing graphical output: output-active-redistribution/solution/solution-00189 + Writing particle output: output-active-redistribution/particles/particles-00189 + Particle distribution score min/avg/max/stdev: 0/0.154931/1/0.207748 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0298321/0.0942809, 0.0308091/0.100561, 0/0.266667 + +*** Timestep 190: t=5.7 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9117 K, 1.009 K + Heat fluxes through boundary parts: 0.0002154 W, 0.0002154 W, -0.4558 W, 0.4558 W + Writing graphical output: output-active-redistribution/solution/solution-00190 + Writing particle output: output-active-redistribution/particles/particles-00190 + Particle distribution score min/avg/max/stdev: 0/0.137821/1/0.193741 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0277691/0.0666667, 0.0281512/0.0937376, 0/0.173913 + +*** Timestep 191: t=5.73 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9116 K, 1.009 K + Heat fluxes through boundary parts: 0.0002154 W, 0.0002154 W, -0.4558 W, 0.4558 W + Writing graphical output: output-active-redistribution/solution/solution-00191 + Writing particle output: output-active-redistribution/particles/particles-00191 + Particle distribution score min/avg/max/stdev: 0/0.206469/1/0.296561 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0308425/0.108253, 0.0327993/0.104951, 0/0.25 + +*** Timestep 192: t=5.76 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9116 K, 1.009 K + Heat fluxes through boundary parts: 0.0002153 W, 0.0002153 W, -0.4558 W, 0.4558 W + Writing graphical output: output-active-redistribution/solution/solution-00192 + Writing particle output: output-active-redistribution/particles/particles-00192 + Particle distribution score min/avg/max/stdev: 0/0.142979/1/0.206111 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.024835/0.0883883, 0.0344217/0.0935837, 0/0.25 + +*** Timestep 193: t=5.79 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9116 K, 1.009 K + Heat fluxes through boundary parts: 0.0002153 W, 0.0002153 W, -0.4558 W, 0.4558 W + Writing graphical output: output-active-redistribution/solution/solution-00193 + Writing particle output: output-active-redistribution/particles/particles-00193 + Particle distribution score min/avg/max/stdev: 0/0.189917/1/0.284532 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0316481/0.0921285, 0.0289193/0.103259, 0/0.222222 + +*** Timestep 194: t=5.82 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9116 K, 1.009 K + Heat fluxes through boundary parts: 0.0002153 W, 0.0002153 W, -0.4558 W, 0.4558 W + Writing graphical output: output-active-redistribution/solution/solution-00194 + Writing particle output: output-active-redistribution/particles/particles-00194 + Particle distribution score min/avg/max/stdev: 0/0.163019/1/0.250034 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0301723/0.11547, 0.0320648/0.101552, 0/0.266667 + +*** Timestep 195: t=5.85 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9115 K, 1.01 K + Heat fluxes through boundary parts: 0.0002152 W, 0.0002152 W, -0.4558 W, 0.4558 W + Writing graphical output: output-active-redistribution/solution/solution-00195 + Writing particle output: output-active-redistribution/particles/particles-00195 + Particle distribution score min/avg/max/stdev: 0/0.181632/1/0.257916 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0336375/0.0866025, 0.0317937/0.111346, 0/0.25 + +*** Timestep 196: t=5.88 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9115 K, 1.01 K + Heat fluxes through boundary parts: 0.0002152 W, 0.0002152 W, -0.4558 W, 0.4558 W + Writing graphical output: output-active-redistribution/solution/solution-00196 + Writing particle output: output-active-redistribution/particles/particles-00196 + Particle distribution score min/avg/max/stdev: 0/0.13493/1/0.201566 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0312835/0.127562, 0.0287027/0.104503, 0/0.307692 + +*** Timestep 197: t=5.91 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9115 K, 1.01 K + Heat fluxes through boundary parts: 0.0002152 W, 0.0002152 W, -0.4557 W, 0.4557 W + Writing graphical output: output-active-redistribution/solution/solution-00197 + Writing particle output: output-active-redistribution/particles/particles-00197 + Particle distribution score min/avg/max/stdev: 0/0.172348/1/0.261748 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0335678/0.127562, 0.0353047/0.114186, 0/0.307692 + +*** Timestep 198: t=5.94 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9115 K, 1.01 K + Heat fluxes through boundary parts: 0.0002151 W, 0.0002151 W, -0.4557 W, 0.4557 W + Writing graphical output: output-active-redistribution/solution/solution-00198 + Writing particle output: output-active-redistribution/particles/particles-00198 + Particle distribution score min/avg/max/stdev: 0/0.177037/1/0.295237 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.028957/0.122474, 0.0332167/0.101551, 0/0.3 + +*** Timestep 199: t=5.97 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9114 K, 1.01 K + Heat fluxes through boundary parts: 0.0002151 W, 0.0002151 W, -0.4557 W, 0.4557 W + Writing graphical output: output-active-redistribution/solution/solution-00199 + Writing particle output: output-active-redistribution/particles/particles-00199 + Particle distribution score min/avg/max/stdev: 0/0.172914/1/0.263957 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0270161/0.103645, 0.0376168/0.102566, 0/0.25 + +*** Timestep 200: t=6 seconds, dt=0.03 seconds + Solving temperature system... 5 iterations. + Advecting particles... done. + + Postprocessing: + RMS, max velocity: 0.745 m/s, 1 m/s + Temperature min/avg/max: 0 K, 0.9114 K, 1.01 K + Heat fluxes through boundary parts: 0.0002151 W, 0.0002151 W, -0.4557 W, 0.4557 W + Writing graphical output: output-active-redistribution/solution/solution-00200 + Writing particle output: output-active-redistribution/particles/particles-00200 + Particle distribution score min/avg/max/stdev: 0/0.155422/1/0.259915 + Particle Distribution Stats (stddev min/mean/max, mean min/max, absolute min/max): 0/0.0275627/0.110554, 0.034633/0.0997748, 0/0.266667 + + + ++----------------------------------------------+------------+------------+ +| Total wallclock time elapsed since start | 2.52s | | +| | | | +| Section | no. calls | wall time | % of total | ++----------------------------------+-----------+------------+------------+ +| Assemble temperature system | 203 | 0.25s | 9.9% | +| Build temperature preconditioner | 203 | 0.0277s | 1.1% | +| Initialization | 1 | 0.0854s | 3.4% | +| Interpolate Stokes solution | 203 | 0.0609s | 2.4% | +| Particles: Advect | 402 | 0.0598s | 2.4% | +| Particles: Copy | 203 | 0.00506s | 0.2% | +| Particles: Generate | 3 | 0.0147s | 0.58% | +| Particles: Initialization | 1 | 3.85e-05s | 0% | +| Particles: Initialize properties | 3 | 5.43e-05s | 0% | +| Particles: Sort | 402 | 0.00932s | 0.37% | +| Postprocessing | 201 | 0.884s | 35% | +| Refine mesh structure, part 1 | 2 | 0.00107s | 0% | +| Refine mesh structure, part 2 | 1 | 0.000724s | 0% | +| Setup dof systems | 2 | 0.000787s | 0% | +| Setup initial conditions | 3 | 0.0179s | 0.71% | +| Setup matrices | 2 | 0.000647s | 0% | +| Solve temperature system | 203 | 0.0323s | 1.3% | ++----------------------------------+-----------+------------+------------+ + +-- Total wallclock time elapsed including restarts: 3s +Termination requested by criterion: end time + + ++----------------------------------------------+------------+------------+ +| Total wallclock time elapsed since start | 2.52s | | +| | | | +| Section | no. calls | wall time | % of total | ++----------------------------------+-----------+------------+------------+ +| Assemble temperature system | 203 | 0.25s | 9.9% | +| Build temperature preconditioner | 203 | 0.0277s | 1.1% | +| Initialization | 1 | 0.0854s | 3.4% | +| Interpolate Stokes solution | 203 | 0.0609s | 2.4% | +| Particles: Advect | 402 | 0.0598s | 2.4% | +| Particles: Copy | 203 | 0.00506s | 0.2% | +| Particles: Generate | 3 | 0.0147s | 0.58% | +| Particles: Initialization | 1 | 3.85e-05s | 0% | +| Particles: Initialize properties | 3 | 5.43e-05s | 0% | +| Particles: Sort | 402 | 0.00932s | 0.37% | +| Postprocessing | 201 | 0.884s | 35% | +| Refine mesh structure, part 1 | 2 | 0.00107s | 0% | +| Refine mesh structure, part 2 | 1 | 0.000724s | 0% | +| Setup dof systems | 2 | 0.000787s | 0% | +| Setup initial conditions | 3 | 0.0179s | 0.71% | +| Setup matrices | 2 | 0.000647s | 0% | +| Solve temperature system | 203 | 0.0323s | 1.3% | ++----------------------------------+-----------+------------+------------+ + +-- Total wallclock time elapsed including restarts: 3s +----------------------------------------------------------------------------- +-- For information on how to cite ASPECT, see: +-- https://aspect.geodynamics.org/citing.html?ver=3.1.0-pre&cbfheatflux=1&particles=1&sha=41e94e108&src=code +----------------------------------------------------------------------------- diff --git a/tests/particle_active_redistribution/statistics b/tests/particle_active_redistribution/statistics new file mode 100644 index 00000000000..db782c3008a --- /dev/null +++ b/tests/particle_active_redistribution/statistics @@ -0,0 +1,231 @@ +# 1: Time step number +# 2: Time (seconds) +# 3: Time step size (seconds) +# 4: Number of mesh cells +# 5: Number of Stokes degrees of freedom +# 6: Number of temperature degrees of freedom +# 7: Iterations for temperature solver +# 8: RMS velocity (m/s) +# 9: Max. velocity (m/s) +# 10: Minimal temperature (K) +# 11: Average temperature (K) +# 12: Maximal temperature (K) +# 13: Outward heat flux through boundary with indicator 0 ("left") (W) +# 14: Outward heat flux through boundary with indicator 1 ("right") (W) +# 15: Outward heat flux through boundary with indicator 2 ("bottom") (W) +# 16: Outward heat flux through boundary with indicator 3 ("top") (W) +# 17: Visualization file name +# 18: Number of advected particles +# 19: Particle file name +# 20: Minimal particle distribution score: +# 21: Average particle distribution score: +# 22: Maximal particle distribution score: +# 23: Cell Score Standard Deviation: +# 24: Minimum PDF standard deviation: +# 25: Mean of PDF standard deviation: +# 26: Maximum PDF standard deviation: +# 27: Mean of PDF minimum values: +# 28: Mean PDF maximum values: +# 29: Minimum of PDF minimum values: +# 30: Maximum of PDF maximum values: + 0 0.000000000000e+00 0.000000000000e+00 32 351 153 0 7.44759469e-01 1.00000000e+00 0.00000000e+00 9.16666667e-01 1.00000000e+00 1.86666667e-04 1.86666667e-04 -4.58333333e-01 4.58333333e-01 output-active-redistribution/solution/solution-00000 256 output-active-redistribution/particles/particles-00000 0.0000 0.5000 1.0000 0.5080 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