KratosMultiphysics
KRATOS Multiphysics (Kratos) is a framework for building parallel, multi-disciplinary simulation software, aiming at modularity, extensibility, and high performance. Kratos is written in C++, and counts with an extensive Python interface.
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Classes | |
class | Benchmark1 |
class | Benchmark2 |
class | Benchmark3 |
class | Benchmark4 |
class | Benchmark5 |
class | Benchmark6 |
class | Benchmark7 |
class | Benchmark8 |
class | Benchmark9 |
class | Benchmark10 |
LINEAR THORNTON. More... | |
class | Benchmark11 |
HERTZIAN THORNTON. More... | |
class | Benchmark12 |
ROLLING FRICTION. More... | |
class | Benchmark13 |
DEM-FEM Facet. More... | |
class | Benchmark14 |
DEM-FEM Edge. More... | |
class | Benchmark15 |
DEM-FEM Vertex. More... | |
class | Benchmark16 |
DEM-FEM Grid. More... | |
class | Benchmark17 |
DEM-FEM Rolling. More... | |
class | Benchmark20 |
class | Benchmark21 |
class | Benchmark22 |
class | Benchmark23 |
class | Benchmark24 |
class | Benchmark25 |
class | Benchmark26 |
class | Benchmark27 |
class | Benchmark28 |
class | Benchmark30 |
Cylinder with imposed angular velocity (Velocity Verlet + Zhao) More... | |
class | Benchmark31 |
Cylinder with imposed angular velocity (Symplectic Euler + Runge-Kutta) More... | |
class | Benchmark32 |
Fiber cluster bouncing without any damping (Velocity Verlet + Zhao scheme) More... | |
class | Benchmark33 |
Fiber cluster bouncing without any damping (Velocity Verlet + Runge-Kutta scheme) More... | |
class | Benchmark40 |
Functions | |
def | initialize_time_parameters (benchmark_number) |
def | extend_datafile_list (arg) |
def | delete_current_benchmark_data () |
def | PrintResultsMessage (test_number, it_is_success, error, elapsed_time, error_filename='errors.err') |
def | GetDisplacement (node) |
def | GetVectorNorm (node, variable) |
def | GetNodeDisplacement (node) |
def | ApplyErrorTolerance (error1=0.0, error2=0.0, error3=0.0, error4=0.0, error5=0.0) |
def | print_gnuplot_files_on_screen (gnuplot_script_name) |
def | create_pdf_document (pdf_script_name) |
Variables | |
list | files_to_delete_list = [] |
def DEM_benchmarks_class.ApplyErrorTolerance | ( | error1 = 0.0 , |
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error2 = 0.0 , |
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error3 = 0.0 , |
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error4 = 0.0 , |
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error5 = 0.0 |
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) |
def DEM_benchmarks_class.create_pdf_document | ( | pdf_script_name | ) |
def DEM_benchmarks_class.delete_current_benchmark_data | ( | ) |
def DEM_benchmarks_class.extend_datafile_list | ( | arg | ) |
def DEM_benchmarks_class.GetDisplacement | ( | node | ) |
def DEM_benchmarks_class.GetNodeDisplacement | ( | node | ) |
def DEM_benchmarks_class.GetVectorNorm | ( | node, | |
variable | |||
) |
def DEM_benchmarks_class.initialize_time_parameters | ( | benchmark_number | ) |
def DEM_benchmarks_class.print_gnuplot_files_on_screen | ( | gnuplot_script_name | ) |
def DEM_benchmarks_class.PrintResultsMessage | ( | test_number, | |
it_is_success, | |||
error, | |||
elapsed_time, | |||
error_filename = 'errors.err' |
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) |
list DEM_benchmarks_class.files_to_delete_list = [] |