命令行¶

CRANE本质上是一个命令行程序，它通过各种命令行来执行计算、绘制可视化图表等，CRANE的命令行可以分为以下两类:

基本命令行，该类命令行形式为 crane COMMAND [ARGS]，是CRANE最基本的命令行，如 crane run、 crane visualize、crane compare 等；
交互式命令行，该类命令行必须通过 crane visualize 进入交互式命令行界面后执行，为模型及结果可视化相关的命令行工具，如模型可视化、功率分布可视化、print_lppt 等。

基本命令行¶

crane run¶

Main command of CRANE. Run a CRANE simulation.

INPUT_FILE is the name of file with path in which the model defined, both yaml or json format are acceptable.

crane run [OPTIONS] INPUT_FILE

Options

-l, --library <library>¶: The nuclear data library file name with path, only used by micro-xs cases. Nuclear data library file installed in package will be used as default.

-d, --device-ids <device_ids>¶: The device ids of which GPU used, multi device ids should be linked with comma, such as ‘0,1,2’. Device ids of GPU available on this platform used if None.

--visualize, -V, --no-visualize¶

Enter the visualize shell or not after simulation.

Default:: True

-o, --output-file <output_file>¶: The name of output file with path, the model name (name defined in core object) with current directory will be used as default.

-c, --compare-to <compare_to>¶: The reference file which has the results you want to compare to. Both HDF5 and yaml file are acceptable.

-b, --burnup-interval <burnup_interval>¶: The burnup interval used to perform less-statepoints depletion calculation.

-r, --reference-file <reference_file>¶: Use the burnup point from this file if it defined.

Arguments

INPUT_FILE¶: Required argument

crane check-region-overlap¶

Check whether the input model have overlapped regions, plotting planes which have overlapped regions, pass the checking if none overlapped region found in all planes.

FILENAME is the name of file with path in which the model defined, both yaml and json format are acceptable.

crane check-region-overlap [OPTIONS] FILENAME

Options

--save-fig, -S, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

Arguments

FILENAME¶: Required argument

crane compare¶

Compare results of two files and generating chart and figures of the comparation.

FILENAME is the name of file with path in which the model defined. Only HDF5 result file acceptable for The first file while the both HDF5 and excel file are acceptable for the second file.

crane compare [OPTIONS] FILENAME [REFERENCE_FILE]...

Options

--dpi <dpi>¶

The DPI used to save figures.

Default:: 200

-r, --reference-name <reference_name>¶

The name of the reference result with which we compare.

Default:: Measure

-dc, --design-code <design_code>¶

The name of the design code with which we compare.

Default:: Design Code

--lppt, -L, --no-lppt¶

Whether compare the low power physic tests result.

Default:: True

--boron-letdown, -B, --no-boron-letdown¶

Whether compare the boron letdown curve.

Default:: True

-a, --assembly-power, --no-assembly-power¶

Whether compare the integral assembly power distribution.

Default:: False

-d2, --detector-2d, --no-detector-2d¶

Whether compare the detector reaction 2D distribution.

Default:: False

-d3, --detector-3d, --no-detector-3d¶

Whether compare the detector reaction 3D distribution.

Default:: False

-p, --compare-dc, --no-compare-dc¶

Whether compare the result of design code with measurement.

Default:: False

-c, --criticals, --no-criticals¶

Whether compare the critical calculation results.

Default:: False

-r, --crw, --no-crw¶

Whether compare the control rod worths.

Default:: False

-w, --crwc, --no-crwc¶

Whether compare the control rod worths curve.

Default:: False

Arguments

FILENAME¶: Required argument

REFERENCE_FILE¶: Optional argument(s)

crane visualize¶

Start a interactive command line mode, which contains rich visualization functions.

FILENAME is the name of file with path in which the model defined, both yaml and json format are acceptable. Or the name of output file in HDF5 format with path.

crane visualize [OPTIONS] FILENAME [REFERENCE_FILE]...

Arguments

FILENAME¶: Required argument

REFERENCE_FILE¶: Optional argument(s)

交互式可视化命令行¶

plot-model¶

plot-model [OPTIONS]

Options

--direction <direction>¶

Which direction the 2D slice lays, radial or axial. [default: radial]

Default:: radial
Options:: radial | axial

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--axial-slice-coef <axial_slice_coef>¶

The coefficients (a, b, c) of the 2D slice ‘ax+by+c=0’ if we choose axial direction. [default: 0.0, 1.0, 0.0].

Default:: 0.0, 1.0, 0.0

--fine-meshes, --no-fine-meshes¶

Whether to show fine meshes which used by MOC.

Default:: False

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-meshes¶

plot-meshes [OPTIONS]

Options

--mesh-type <mesh_type>¶

Which kind of mesh to show. [default: material]

Default:: material
Options:: material | moc | cmfd | resonance | depletion | channel

--direction <direction>¶

Which direction the 2D slice lays, radial or axial. [default: radial]

Default:: radial
Options:: radial | axial

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--axial-slice-coef <axial_slice_coef>¶

The coefficients (a, b, c) of the 2D slice ‘ax+by+c=0’ if we choose axial direction. [default: 0.0, 1.0, 0.0].

Default:: 0.0, 1.0, 0.0

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--show-channel-index, --no-show-channel-index¶

Whether to show the unique index of each channel on the plot.

Default:: False

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-assembly-map¶

plot-assembly-map [OPTIONS]

Options

--map-type <map_type>¶

Which type of input map to plot. [default: assembly]

Default:: assembly_type
Options:: loading_pattern | assembly_history | assembly_type | assembly_index | RCCA | inserted_BP | inserted_IT

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-tagged-regions¶

plot-tagged-regions [OPTIONS]

Options

--direction <direction>¶

Which direction the 2D slice lays, radial or axial. [default: radial]

Default:: radial
Options:: radial | axial

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--axial-slice-coef <axial_slice_coef>¶

The coefficients (a, b, c) of the 2D slice ‘ax+by+c=0’ if we choose axial direction. [default: 0.0, 1.0, 0.0].

Default:: 0.0, 1.0, 0.0

--fine-meshes, --no-fine-meshes¶

Whether to show fine meshes which used by MOC.

Default:: False

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--save-fig, --no-save-fig¶

plot-moc-tracks¶

plot-moc-tracks [OPTIONS]

Options

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--track-level <track_level>¶

Which level tracks to show. [default: assembly]

Default:: assembly
Options:: segment | assembly | core

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-power-distribution¶

plot-power-distribution [OPTIONS]

Options

--power-type <power_type>¶

Which type of power distribution to plot. [default: assembly-integral]

Default:: assembly-integral-full-core
Options:: assembly-integral-full-core | assembly-integral | assembly-axial | assembly-radial-slice | assembly-quarter | pin-integral | pin-radial-slice | pin-axial-slice | pin-3dcube | axial | assembly-axial-offset-full-core

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--axial-slice-coef <axial_slice_coef>¶

The coefficients (a, b, c) of the 2D slice ‘ax+by+c=0’ if we choose axial direction. [default: 0.0, 1.0, 0.0].

Default:: 0.0, 1.0, 0.0

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--show-peak-location, --no-show-peak-location¶

Whether to show the location of peak values

Default:: False

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: relative
Options:: relative | absolute

--only-deviation, --no-only-deviation¶

Whether to show the deviation of comparation only.

Default:: False

--map-color-by <map_color_by>¶

Map the color by the data of all model or the current plane. [default: all]

Default:: all
Options:: all | plane

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-detector-reaction-distribution¶

plot-detector-reaction-distribution [OPTIONS]

Options

--reaction-type <reaction_type>¶

Which type of power distribution to plot. [default: assembly-integral]

Default:: assembly-integral
Options:: assembly-integral | assembly-axial | assembly-radial-slice

--plane-index <plane_index>¶: Which plane of reaction distritution to show, show all planes if None. [default: None]

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--show-peak-location, --no-show-peak-location¶

Whether to show the location of peak values

Default:: False

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: relative
Options:: relative | absolute

--only-deviation, --no-only-deviation¶

Whether to show the deviation of comparation only.

Default:: False

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-burnup-distribution¶

plot-burnup-distribution [OPTIONS]

Options

--burnup-type <burnup_type>¶

Which type of burnup distribution to plot. [default: assembly-integral]

Default:: assembly-integral-full-core
Options:: assembly-integral-full-core | assembly-integral | pin-integral | pin-radial-slice | pin-axial-slice | axial

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--axial-slice-coef <axial_slice_coef>¶

The coefficients (a, b, c) of the 2D slice ‘ax+by+c=0’ if we choose axial direction. [default: 0.0, 1.0, 0.0].

Default:: 0.0, 1.0, 0.0

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--show-peak-location, --no-show-peak-location¶

Whether to show the location of peak values

Default:: False

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: relative
Options:: relative | absolute

--map-color-by <map_color_by>¶

Map the color by the data of all model or the current plane. [default: all]

Default:: all
Options:: all | plane

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-flux-distribution¶

plot-flux-distribution [OPTIONS]

Options

--flux-type <flux_type>¶

Which type of flux distribution to plot. [default: cell-radial-slice]

Default:: cell-radial-slice
Options:: cell-radial-slice | cell-axial-slice | mesh-radial-slice | mesh-axial-slice | axial

--energy <energy>¶

Which energy group, thermal or epithermal. [default: thermal]

Default:: thermal
Options:: thermal | epithermal

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--axial-slice-coef <axial_slice_coef>¶

The coefficients (a, b, c) of the 2D slice ‘ax+by+c=0’ if we choose axial direction. [default: 0.0, 1.0, 0.0].

Default:: 0.0, 1.0, 0.0

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--show-peak-location, --no-show-peak-location¶

Whether to show the location of peak values

Default:: False

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: relative
Options:: relative | absolute

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-temperature-distribution¶

plot-temperature-distribution [OPTIONS]

Options

--temperature-type <temperature_type>¶

Which type of temperature distribution to plot. [default: cell-coolant-outlet]

Default:: cell-coolant-outlet
Options:: channel-coolant-outlet | channel-coolant-radial | channel-coolant-axial | channel-coolant-3dcube | cell-coolant-outlet | cell-coolant-radial | cell-coolant-axial | cell-pellets-hottest-average | cell-pellets-hottest-effective | cell-pellets-radial-average | cell-pellets-radial-effective | cell-pellets-axial-average | cell-pellets-axial-effective | cell-pellets-3dcube

--temperature-unit <temperature_unit>¶

Which unit of temperature used, C(Celsius) or K(Kelvins). [default: C]

Default:: C
Options:: C | K

--map-color-by <map_color_by>¶

Map the color by the data of all model or the current plane. [default: all]

Default:: plane
Options:: all | plane

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--axial-slice-coef <axial_slice_coef>¶

The coefficients (a, b, c) of the 2D slice ‘ax+by+c=0’ if we choose axial direction. [default: 0.0, 1.0, 0.0].

Default:: 0.0, 1.0, 0.0

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--show-peak-location, --no-show-peak-location¶

Whether to show the location of peak values

Default:: False

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: relative
Options:: relative | absolute

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-mass-flow-distribution¶

plot-mass-flow-distribution [OPTIONS]

Options

--mass-flow-type <mass_flow_type>¶

Which type of cross mass distribution to plot. [default: liquid]

Default:: channel-coolant-outlet
Options:: channel-coolant-outlet | channel-coolant-radial | channel-coolant-axial | gap-coolant-crosswise

--map-color-by <map_color_by>¶

Map the color by the data of all model or the current plane. [default: all]

Default:: plane
Options:: all | plane

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--axial-slice-coef <axial_slice_coef>¶

The coefficients (a, b, c) of the 2D slice ‘ax+by+c=0’ if we choose axial direction. [default: 0.0, 1.0, 0.0].

Default:: 0.0, 1.0, 0.0

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--show-peak-location, --no-show-peak-location¶

Whether to show the location of peak values

Default:: False

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: relative
Options:: relative | absolute

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-number-density-distribution¶

plot-number-density-distribution [OPTIONS]

Options

--nuclide-name <nuclide_name>¶

Of which nuclide the number density to show.

Default:: Xe-135
Options:: I-135 | Xe-135 | Pm-149 | Sm-149 | Gd-155 | Gd-157 | U-235 | U-238 | Pu-239

--direction <direction>¶

Which direction the 2D slice lays, radial or axial. [default: radial]

Default:: radial
Options:: radial | axial

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--axial-slice-coef <axial_slice_coef>¶

The coefficients (a, b, c) of the 2D slice ‘ax+by+c=0’ if we choose axial direction. [default: 0.0, 1.0, 0.0].

Default:: 0.0, 1.0, 0.0

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--show-peak-location, --no-show-peak-location¶

Whether to show the location of peak values

Default:: False

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: relative
Options:: relative | absolute

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-dancoff-factors¶

plot-dancoff-factors [OPTIONS]

Options

--direction <direction>¶

Which direction the 2D slice lays, radial or axial. [default: radial]

Default:: radial
Options:: radial | axial

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--axial-slice-coef <axial_slice_coef>¶

The coefficients (a, b, c) of the 2D slice ‘ax+by+c=0’ if we choose axial direction. [default: 0.0, 1.0, 0.0].

Default:: 0.0, 1.0, 0.0

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--show-peak-location, --no-show-peak-location¶

Whether to show the location of peak values

Default:: False

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: relative
Options:: relative | absolute

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-cell-neutron-balance-error¶

plot-cell-neutron-balance-error [OPTIONS]

Options

--energy <energy>¶

Which energy group, thermal or epithermal. [default: thermal]

Default:: thermal
Options:: thermal | epithermal

--axial-height <axial_height>¶: The axial height of the 2D slice if we choose radial direction, plot slices of each plane if None.

--burnup <burnup>¶: The burnup (MWd/tU) of which state point data used to plot, a nearest one would be choosed.

--efpd <efpd>¶: The effective full power days of which state point data used to plot, a nearest one would be choosed.

--state-index <state_index>¶

The index of which state point data used to plot.

Default:: 0

--show-peak-location, --no-show-peak-location¶

Whether to show the location of peak values

Default:: False

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: relative
Options:: relative | absolute

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-result-summary¶

plot-result-summary [OPTIONS]

Options

--x-axis <x_axis>¶

Which data used as x axis, time or burnup. [default: time]

Default:: burnup
Options:: burnup | effective_full_power_days | time | state_index

--y-axis-first <y_axis_first>¶

Which result data used as the first y axis. [default: keff]

Default:: keff
Options:: keff | boron_concentration | control_rod_withdrawn_steps | relative_power | inlet_temperature | axial_offset | differential_boron_worth | Fdh | Fdh_fuel_pin_index | Fq | Fq_fuel_pin_index | Fq_plane_index | average_outlet_temperature | maximal_outlet_temperature | average_effective_temperature | maximal_effective_temperature | average_number_densities | computing_time | num_outer_iterations | num_core_rebuildings | num_dancoff_computations | num_resonance_computations | num_depletion_computations | num_macro_xs_updatings | num_thermal_feedbacks | num_critical_boron_searchs | num_xe_sm_transients | teff_U_region_fraction | teff_M_region_fraction | teff_L_region_fraction | total_pressure_loss | total_thermal_power

--y-axis-second <y_axis_second>¶

Which result data used as the second y axis. [default: None]

Options:: keff | boron_concentration | control_rod_withdrawn_steps | relative_power | inlet_temperature | axial_offset | differential_boron_worth | Fdh | Fdh_fuel_pin_index | Fq | Fq_fuel_pin_index | Fq_plane_index | average_outlet_temperature | maximal_outlet_temperature | average_effective_temperature | maximal_effective_temperature | average_number_densities | computing_time | num_outer_iterations | num_core_rebuildings | num_dancoff_computations | num_resonance_computations | num_depletion_computations | num_macro_xs_updatings | num_thermal_feedbacks | num_critical_boron_searchs | num_xe_sm_transients | teff_U_region_fraction | teff_M_region_fraction | teff_L_region_fraction | total_pressure_loss | total_thermal_power

--y-axis-third <y_axis_third>¶

Which result data used as the third y axis. [default: None]

Options:: keff | boron_concentration | control_rod_withdrawn_steps | relative_power | inlet_temperature | axial_offset | differential_boron_worth | Fdh | Fdh_fuel_pin_index | Fq | Fq_fuel_pin_index | Fq_plane_index | average_outlet_temperature | maximal_outlet_temperature | average_effective_temperature | maximal_effective_temperature | average_number_densities | computing_time | num_outer_iterations | num_core_rebuildings | num_dancoff_computations | num_resonance_computations | num_depletion_computations | num_macro_xs_updatings | num_thermal_feedbacks | num_critical_boron_searchs | num_xe_sm_transients | teff_U_region_fraction | teff_M_region_fraction | teff_L_region_fraction | total_pressure_loss | total_thermal_power

--plot-type-first <plot_type_first>¶

Which kind of plotting used to show the first y axis data. [default: curve]

Default:: curve
Options:: curve | scatter | step

--plot-type-second <plot_type_second>¶

Which kind of plotting used to show the second y axis data. [default: curve]

Default:: curve
Options:: curve | scatter | step

--plot-type-third <plot_type_third>¶

Which kind of plotting used to show the third y axis data. [default: curve]

Default:: curve
Options:: curve | scatter | step

--ignore-power-change-more-than <ignore_power_change_more_than>¶: Ignore the data when relative power change more than some level. [default: 5.0]

--nuclide-name <nuclide_name>¶

Of which nuclide the number density to show.

Options:: I-135 | Xe-135 | Pm-149 | Sm-149 | Gd-155 | Gd-157 | U-235 | U-238 | Pu-239

--rod-bank <rod_bank>¶: Which control rod bank, choose the fisrt bank if None

--squence-type <squence_type>¶

Which kind of squence calculation data to plot. [default: DEP]

Options:: DEP | CRIT | CRW | CRWC

--show-grid, --no-show-grid¶

Whether to show the grid of the plotting. [default: True]

Default:: True

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: absolute
Options:: relative | absolute

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-criticals¶

plot-criticals [OPTIONS]

Options

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: absolute
Options:: relative | absolute

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-control-rod-worths¶

plot-control-rod-worths [OPTIONS]

Options

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: absolute
Options:: relative | absolute

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-control-rod-worths-curve¶

plot-control-rod-worths-curve [OPTIONS]

Options

--rod-bank <rod_bank>¶: Which control rod bank, choose the fisrt bank if None

--worth-type <worth_type>¶

Which kind of control rod worth to plot. [default: IRW (pcm)]

Default:: IRW(pcm)
Options:: IRW(pcm) | DRW(pcm) | DRW(pcm/step) | DRW(pcm/cm)

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: absolute
Options:: relative | absolute

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False

plot-timing-statistics¶

plot-timing-statistics [OPTIONS]

Options

--difference-type <difference_type>¶

The type of difference when comparing two results, relative or absolute. [default: relative]

Default:: relative
Options:: relative | absolute

--plot-type <plot_type>¶

Which kind of plotting used to show the timing statistics. [default: bar]

Default:: bar
Options:: bar | pie

--save-fig, --no-save-fig¶

Whether to save the plotting figure.

Default:: False