Pylint report from report.jinja2

String statement has no effect

Import "from .core import coordinate, colors, array, geometry, shape, data, system, matrix_mod, system_nl" should be placed at the top of the module

Import "from .fileio import unv, uff, rattlesnake, vic, tshaker, pdf3D, escdf, psv" should be placed at the top of the module

Line too long (114/100)

Import "from .fem.sdynpy_exodus import Exodus, ExodusInMemory, read_sierra_matlab_map_file, read_sierra_matlab_matrix_file" should be placed at the top of the module

Import "from .fem import sdynpy_beam as beam" should be placed at the top of the module

Import "from .fem import sdynpy_shaker as shaker" should be placed at the top of the module

Import "from .fem import sdynpy_dof as dof" should be placed at the top of the module

Import "from .fem import sdynpy_visualization_reduction as viz_reduction" should be placed at the top of the module

Redefining built-in 'complex'

Import "from .signal_processing import frf, cpsd, integration, correlation, complex, rotation, generator, camera, harmonic, geometry_fitting, srs, lrm, frf_inverse, buffer, massprops, interpolation" should be placed at the top of the module

Import "from .modal import PolyPy, SMAC, PolyPy_GUI, SMAC_GUI, compute_residues, compute_shapes, SignalProcessingGUI, ColoredCMIF, read_modal_fit_data, ModalTest" should be placed at the top of the module

Import "from . import doc" should be placed at the top of the module

Class name "id_map" doesn't conform to PascalCase naming style

String statement has no effect

Import "from . import sdynpy_colors as colors" should be placed at the top of the module

Import "from . import sdynpy_coordinate as coordinate" should be placed at the top of the module

Import "from . import sdynpy_geometry as geometry" should be placed at the top of the module

Import "from . import sdynpy_shape as shape" should be placed at the top of the module

Import "from . import sdynpy_data as data" should be placed at the top of the module

Import "from . import sdynpy_array as array" should be placed at the top of the module

Import "from . import sdynpy_system as system" should be placed at the top of the module

Import "from . import sdynpy_matrix as matrix_mod" should be placed at the top of the module

Import "from . import sdynpy_nonlinear_system as system_nl" should be placed at the top of the module

String statement has no effect

Import "import numpy as np" should be placed at the top of the module

Import "from scipy.io import savemat as scipy_savemat" should be placed at the top of the module

Class method __new__ should have 'cls' as first argument

Too many arguments (6/5)

Too many positional arguments (6/5)

Line too long (120/100)

Super of 'SdynpyArray' has no '__array_function__' member

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Unnecessary "elif" after "return", remove the leading "el" from "elif"

Consider explicitly re-raising using 'except ValueError as exc' and 'raise AttributeError("'{:}' object has no attribute '{:}'".format(self.__class__, attr)) from exc'

Formatting a regular string which could be an f-string

Line too long (106/100)

Line too long (136/100)

Formatting a regular string which could be an f-string

Import outside toplevel (fileio.sdynpy_uff.readunv)

Consider explicitly re-raising using 'except AttributeError as exc' and 'raise AttributeError('Class {:} has no from_unv attribute defined'.format(cls)) from exc'

Formatting a regular string which could be an f-string

Unused variable 'extra'

String statement has no effect

Import "from matplotlib.colors import ListedColormap" should be placed at the top of the module

String statement has no effect

Import "import numpy as np" should be placed at the top of the module

Import "from .sdynpy_array import SdynpyArray" should be placed at the top of the module

Import "import warnings" should be placed at the top of the module

standard import "warnings" should be placed before third party import "numpy" and local import "sdynpy_array.SdynpyArray"

Line too long (128/100)

Formatting a regular string which could be an f-string

Line too long (145/100)

Formatting a regular string which could be an f-string

Class method __new__ should have 'cls' as first argument

Signature differs from overridden '__new__' method

Instance of 'ndarray' has no 'direction' member

Instance of 'ndarray' has no 'direction' member

Instance of 'ndarray' has no 'direction' member

Unnecessarily calls dunder method __abs__. Use abs built-in function.

Instance of 'ndarray' has no 'node' member

Trailing whitespace

Dangerous default value [] as argument

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Consider explicitly re-raising using 'except (ValueError, TypeError) as exc' and 'raise ValueError('structured_array must be numpy.ndarray with dtype names "node" and "direction"') from exc'

Line too long (127/100)

Consider explicitly re-raising using 'except ValueError as exc' and 'raise ValueError('node and direction should be broadcastable to the same shape (node: {:}, direction: {:})'.format(node.shape, direction.shape)) from exc'

Formatting a regular string which could be an f-string

Attribute 'node' defined outside __init__

Attribute 'direction' defined outside __init__

Too many lines in module (10342/1000)

String statement has no effect

Import "import itertools" should be placed at the top of the module

Import "import numpy as np" should be placed at the top of the module

Import "from .sdynpy_array import SdynpyArray" should be placed at the top of the module

Import "from .sdynpy_coordinate import outer_product, CoordinateArray, coordinate_array" should be placed at the top of the module

Import "from .sdynpy_matrix import Matrix, matrix" should be placed at the top of the module

Import "from ..signal_processing.sdynpy_correlation import mac" should be placed at the top of the module

Import "from ..signal_processing.sdynpy_frf import timedata2frf" should be placed at the top of the module

Import "from ..signal_processing.sdynpy_cpsd import cpsd as sp_cpsd, cpsd_coherence as sp_coherence, cpsd_to_time_history, cpsd_from_coh_phs, db2scale, nth_octave_freqs" should be placed at the top of the module

Import "from ..signal_processing.sdynpy_interpolation import adaptive_linear_interpolation" should be placed at the top of the module

Import "from ..signal_processing.sdynpy_srs import srs as sp_srs, octspace, sum_decayed_sines as sp_sds, sum_decayed_sines_reconstruction, sum_decayed_sines_displacement_velocity, generate_windowed_random as sp_generate_windowed_random, select_realization as sp_select_windowed_random_realization" should be placed at the top of the module

Import "from ..signal_processing.sdynpy_rotation import lstsq_rigid_transform" should be placed at the top of the module

Import "from ..signal_processing.sdynpy_generator import pseudorandom, sine, ramp_envelope, chirp, pulse, sine_sweep" should be placed at the top of the module

Import "from ..signal_processing.sdynpy_frf_inverse import frf_inverse, compute_tikhonov_modified_singular_values" should be placed at the top of the module

Import "from ..signal_processing.sdynpy_harmonic import digital_tracking_filter as dtf, vold_kalman_filter as vkf, vold_kalman_filter_generator as vkf_gen" should be placed at the top of the module

Import "from scipy.linalg import eigh" should be placed at the top of the module

third party import "scipy.linalg.eigh" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from scipy.optimize import minimize" should be placed at the top of the module

third party import "scipy.optimize.minimize" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from enum import Enum" should be placed at the top of the module

standard import "enum.Enum" should be placed before third party imports "numpy", "scipy.linalg.eigh", "scipy.optimize.minimize" and local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "import matplotlib" should be placed at the top of the module

third party import "matplotlib" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "import matplotlib.pyplot as plt" should be placed at the top of the module

third party import "matplotlib.pyplot" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Use 'from matplotlib import cm' instead

Import "import matplotlib.cm as cm" should be placed at the top of the module

third party import "matplotlib.cm" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from matplotlib.colors import ListedColormap" should be placed at the top of the module

third party import "matplotlib.colors.ListedColormap" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from matplotlib.backends.backend_qt5agg import FigureCanvasQTAgg as FigureCanvas" should be placed at the top of the module

third party import "matplotlib.backends.backend_qt5agg.FigureCanvasQTAgg" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from matplotlib.figure import Figure" should be placed at the top of the module

third party import "matplotlib.figure.Figure" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from matplotlib.patches import Rectangle" should be placed at the top of the module

third party import "matplotlib.patches.Rectangle" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from matplotlib.gridspec import GridSpec" should be placed at the top of the module

third party import "matplotlib.gridspec.GridSpec" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from matplotlib.ticker import MaxNLocator" should be placed at the top of the module

third party import "matplotlib.ticker.MaxNLocator" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from copy import copy, deepcopy" should be placed at the top of the module

standard import "copy.copy" should be placed before third party imports "numpy", "scipy.linalg.eigh", "scipy.optimize.minimize" (...) "matplotlib.patches.Rectangle", "matplotlib.gridspec.GridSpec", "matplotlib.ticker.MaxNLocator" and local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Unused copy imported from copy

Import "from datetime import datetime" should be placed at the top of the module

standard import "datetime.datetime" should be placed before third party imports "numpy", "scipy.linalg.eigh", "scipy.optimize.minimize" (...) "matplotlib.patches.Rectangle", "matplotlib.gridspec.GridSpec", "matplotlib.ticker.MaxNLocator" and local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from qtpy import QtWidgets, uic, QtGui" should be placed at the top of the module

third party import "qtpy.QtWidgets" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Unused QtGui imported from qtpy

Import "from qtpy.QtGui import QIcon, QFont" should be placed at the top of the module

No name 'QIcon' in module 'qtpy.QtGui'

No name 'QFont' in module 'qtpy.QtGui'

third party import "qtpy.QtGui.QIcon" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Unused QIcon imported from qtpy.QtGui

Unused QFont imported from qtpy.QtGui

Import "from qtpy.QtCore import Qt, QCoreApplication, QRect" should be placed at the top of the module

No name 'QCoreApplication' in module 'qtpy.QtCore'

No name 'QRect' in module 'qtpy.QtCore'

third party import "qtpy.QtCore.Qt" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Unused QCoreApplication imported from qtpy.QtCore

Unused QRect imported from qtpy.QtCore

Import "from qtpy.QtWidgets import QToolTip, QLabel, QPushButton, QApplication, QGroupBox, QWidget, QMessageBox, QHBoxLayout, QVBoxLayout, QSizePolicy, QMainWindow, QFileDialog, QErrorMessage, QListWidget, QLineEdit, QDockWidget, QGridLayout, QButtonGroup, QDialog, QCheckBox, QRadioButton, QMenuBar, QMenu" should be placed at the top of the module

No name 'QToolTip' in module 'qtpy.QtWidgets'

No name 'QLabel' in module 'qtpy.QtWidgets'

No name 'QPushButton' in module 'qtpy.QtWidgets'

No name 'QApplication' in module 'qtpy.QtWidgets'

No name 'QGroupBox' in module 'qtpy.QtWidgets'

No name 'QWidget' in module 'qtpy.QtWidgets'

No name 'QMessageBox' in module 'qtpy.QtWidgets'

No name 'QHBoxLayout' in module 'qtpy.QtWidgets'

No name 'QVBoxLayout' in module 'qtpy.QtWidgets'

No name 'QSizePolicy' in module 'qtpy.QtWidgets'

No name 'QMainWindow' in module 'qtpy.QtWidgets'

No name 'QFileDialog' in module 'qtpy.QtWidgets'

No name 'QErrorMessage' in module 'qtpy.QtWidgets'

No name 'QListWidget' in module 'qtpy.QtWidgets'

No name 'QLineEdit' in module 'qtpy.QtWidgets'

No name 'QDockWidget' in module 'qtpy.QtWidgets'

No name 'QGridLayout' in module 'qtpy.QtWidgets'

No name 'QButtonGroup' in module 'qtpy.QtWidgets'

No name 'QDialog' in module 'qtpy.QtWidgets'

No name 'QCheckBox' in module 'qtpy.QtWidgets'

No name 'QRadioButton' in module 'qtpy.QtWidgets'

No name 'QMenuBar' in module 'qtpy.QtWidgets'

No name 'QMenu' in module 'qtpy.QtWidgets'

third party import "qtpy.QtWidgets.QToolTip" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Unused QToolTip imported from qtpy.QtWidgets

Unused QLabel imported from qtpy.QtWidgets

Unused QMessageBox imported from qtpy.QtWidgets

Unused QHBoxLayout imported from qtpy.QtWidgets

Unused QFileDialog imported from qtpy.QtWidgets

Unused QErrorMessage imported from qtpy.QtWidgets

Unused QListWidget imported from qtpy.QtWidgets

Unused QLineEdit imported from qtpy.QtWidgets

Unused QButtonGroup imported from qtpy.QtWidgets

Unused QDialog imported from qtpy.QtWidgets

Unused QMenuBar imported from qtpy.QtWidgets

Unused QMenu imported from qtpy.QtWidgets

Unused QAction imported from qtpy.QtGui

Import "import pyqtgraph" should be placed at the top of the module

third party import "pyqtgraph" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "import os" should be placed at the top of the module

standard import "os" should be placed before third party imports "numpy", "scipy.linalg.eigh", "scipy.optimize.minimize" (...) "qtpy.QtCore.Qt", "qtpy.QtWidgets.QToolTip", "pyqtgraph" and local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "import scipy.signal as sig" should be placed at the top of the module

third party import "scipy.signal" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "import warnings" should be placed at the top of the module

standard import "warnings" should be placed before third party imports "numpy", "scipy.linalg.eigh", "scipy.optimize.minimize" (...) "qtpy.QtWidgets.QToolTip", "pyqtgraph", "scipy.signal" and local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "import scipy.fft as scipyfft" should be placed at the top of the module

third party import "scipy.fft" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from scipy.signal.windows import exponential, get_window, hann" should be placed at the top of the module

third party import "scipy.signal.windows.exponential" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from scipy.signal import oaconvolve, convolve" should be placed at the top of the module

third party import "scipy.signal.oaconvolve" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from scipy.interpolate import interp1d" should be placed at the top of the module

third party import "scipy.interpolate.interp1d" should be placed before local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Import "from pathlib import Path" should be placed at the top of the module

standard import "pathlib.Path" should be placed before third party imports "numpy", "scipy.linalg.eigh", "scipy.optimize.minimize" (...) "scipy.signal.windows.exponential", "scipy.signal.oaconvolve", "scipy.interpolate.interp1d" and local imports "sdynpy_array.SdynpyArray", "sdynpy_coordinate.outer_product", "sdynpy_matrix.Matrix" (...) "signal_processing.sdynpy_generator.pseudorandom", "signal_processing.sdynpy_frf_inverse.frf_inverse", "signal_processing.sdynpy_harmonic.digital_tracking_filter"

Line too long (102/100)

Line too long (112/100)

Line too long (106/100)

Unused argument 'freq'

Missing class docstring

Missing class docstring

Line too long (107/100)

Too many instance attributes (8/7)

Too many public methods (36/20)

Class method __new__ should have 'cls' as first argument

Too many arguments (8/5)

Too many positional arguments (8/5)

Value 'self.dtype' is unsubscriptable

Formatting a regular string which could be an f-string

Value 'self.dtype' is unsubscriptable

Formatting a regular string which could be an f-string

Value 'self.dtype' is unsubscriptable

Value 'self.dtype' is unsubscriptable

Value 'self.dtype' is unsubscriptable

Line too long (102/100)

Formatting a regular string which could be an f-string

Dangerous default value {} as argument

Dangerous default value {} as argument

Dangerous default value {} as argument

Too many arguments (7/5)

Too many positional arguments (7/5)

Too many local variables (26/15)

Too many branches (26/12)

Too many statements (64/50)

Trailing whitespace

Unused variable 'figure'

Line too long (103/100)

Instance of 'ndarray' has no 'abscissa' member

Instance of 'ndarray' has no 'ordinate' member

Line too long (156/100)

Line too long (103/100)

Line too long (126/100)

Too many nested blocks (6/5)

Unused variable 'index'

Line too long (156/100)

Line too long (107/100)

Line too long (101/100)

Line too long (128/100)

Using possibly undefined loop variable 'i'

Line too long (156/100)

Line too long (103/100)

Line too long (126/100)

Missing function or method docstring

Unused argument 'reduction_function'

Instance of 'ndarray' has no 'ordinate' member

Unused argument 'pos'

Unnecessary "elif" after "return", remove the leading "el" from "elif"

Unused variable 'fig'

Formatting a regular string which could be an f-string

Value 'self.dtype' is unsubscriptable

No value for argument 'data_dimension' in constructor call

Line too long (104/100)

Unnecessary "else" after "raise", remove the "else" and de-indent the code inside it

Possibly using variable 'keep_indices' before assignment

Line too long (104/100)

Line too long (101/100)

Line too long (110/100)

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Invalid assignment to self in method

Line too long (106/100)

Line too long (125/100)

Instance of 'ndarray' has no 'response_coordinate' member

Line too long (151/100)

Instance of 'ndarray' has no 'ordinate' member

Import outside toplevel (sdynpy_shape.shape_array)

Line too long (147/100)

Line too long (104/100)

No value for argument 'data_dimension' in constructor call

Attribute 'coordinate' defined outside __init__

Attribute 'comment1' defined outside __init__

Attribute 'comment2' defined outside __init__

Attribute 'comment3' defined outside __init__

Attribute 'comment4' defined outside __init__

Attribute 'comment5' defined outside __init__

Attribute 'abscissa' defined outside __init__

Line too long (108/100)

Attribute 'ordinate' defined outside __init__

Line too long (112/100)

Line too long (103/100)

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Value 'self.dtype' is unsubscriptable

Instance of 'ndarray' has no 'coordinate' member

Line too long (102/100)

Consider explicitly re-raising using 'except IndexError as exc' and 'raise ValueError('Coordinate {:} not found in data array'.format(str(key[index]))) from exc'

Formatting a regular string which could be an f-string

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Line too long (156/100)

Formatting a regular string which could be an f-string

Line too long (112/100)

Line too long (112/100)

Line too long (112/100)

Too many local variables (25/15)

Consider using a generator instead 'tuple(index if matrix_shape[dimension] > 1 else 0 for (dimension, index) in enumerate(indices))'

Consider using a generator instead 'tuple(index if data_shape_for_broadcasting[dimension] > 1 else 0 for (dimension, index) in enumerate(indices))'

Redefining name 'matrix' from outer scope (line 33)

Line too long (101/100)

No value for argument 'data_dimension' in constructor call

Too many local variables (25/15)

Consider using a generator instead 'tuple(index if matrix_shape[dimension] > 1 else 0 for (dimension, index) in enumerate(indices))'

Consider using a generator instead 'tuple(index if data_shape_for_broadcasting[dimension] > 1 else 0 for (dimension, index) in enumerate(indices))'

Redefining name 'matrix' from outer scope (line 33)

No value for argument 'data_dimension' in constructor call

Line too long (112/100)

Line too long (112/100)

Line too long (112/100)

Line too long (112/100)

Attribute 'ordinate' defined outside __init__

Attribute 'ordinate' defined outside __init__

Line too long (112/100)

Line too long (112/100)

Attribute 'ordinate' defined outside __init__

Attribute 'ordinate' defined outside __init__

Line too long (112/100)

Attribute 'ordinate' defined outside __init__

Attribute 'ordinate' defined outside __init__

Attribute 'ordinate' defined outside __init__

Keyword argument before variable positional arguments list in the definition of min function

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Keyword argument before variable positional arguments list in the definition of max function

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Keyword argument before variable positional arguments list in the definition of argmin function

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Keyword argument before variable positional arguments list in the definition of argmax function

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Line too long (116/100)

Argument name "Version" doesn't conform to snake_case naming style

Argument name "SetRecord" doesn't conform to snake_case naming style

Argument name "CreateDate" doesn't conform to snake_case naming style

Argument name "ModifyDate" doesn't conform to snake_case naming style

Too many arguments (38/5)

Too many positional arguments (38/5)

Too many local variables (47/15)

Too many branches (27/12)

Too many statements (101/50)

Line too long (124/100)

Argument name "OwnerName" doesn't conform to snake_case naming style

Argument name "AbscissaDataType" doesn't conform to snake_case naming style

Argument name "AbscissaTypeQual" doesn't conform to snake_case naming style

Argument name "AbscissaAxisLab" doesn't conform to snake_case naming style

Argument name "AbscissaUnitsLab" doesn't conform to snake_case naming style

Line too long (106/100)

Argument name "OrdNumDataType" doesn't conform to snake_case naming style

Argument name "OrdNumTypeQual" doesn't conform to snake_case naming style

Line too long (106/100)

Argument name "OrdDenDataType" doesn't conform to snake_case naming style

Argument name "OrdDenTypeQual" doesn't conform to snake_case naming style

Argument name "OrdinateAxisLab" doesn't conform to snake_case naming style

Argument name "OrdinateUnitsLab" doesn't conform to snake_case naming style

Line too long (104/100)

Argument name "ZAxisDataType" doesn't conform to snake_case naming style

Argument name "ZAxisTypeQual" doesn't conform to snake_case naming style

Argument name "ZGeneralValue" doesn't conform to snake_case naming style

Argument name "ZRPMValue" doesn't conform to snake_case naming style

Argument name "ZOrderValue" doesn't conform to snake_case naming style

Argument name "ZTimeValue" doesn't conform to snake_case naming style

Argument name "UserValue1" doesn't conform to snake_case naming style

Argument name "UserValue2" doesn't conform to snake_case naming style

Argument name "UserValue3" doesn't conform to snake_case naming style

Argument name "UserValue4" doesn't conform to snake_case naming style

Argument name "SamplingType" doesn't conform to snake_case naming style

Argument name "WeightingType" doesn't conform to snake_case naming style

Argument name "WindowType" doesn't conform to snake_case naming style

Argument name "AmplitudeUnits" doesn't conform to snake_case naming style

Argument name "Normalization" doesn't conform to snake_case naming style

Argument name "OctaveFormat" doesn't conform to snake_case naming style

Line too long (102/100)

Argument name "OctaveAvgType" doesn't conform to snake_case naming style

Argument name "ExpDampingFact" doesn't conform to snake_case naming style

Argument name "PulsesPerRev" doesn't conform to snake_case naming style

Argument name "MeasurementRun" doesn't conform to snake_case naming style

Argument name "LoadCase" doesn't conform to snake_case naming style

Argument name "IRIGTime" doesn't conform to snake_case naming style

Line too long (154/100)

Line too long (154/100)

Line too long (154/100)

Line too long (154/100)

Import outside toplevel (fileio.sdynpy_uff.readunv)

Consider explicitly re-raising using 'except AttributeError as exc' and 'raise AttributeError('Class {:} has no from_unv attribute defined'.format(cls)) from exc'

Formatting a regular string which could be an f-string

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Line too long (116/100)

Argument name "Version" doesn't conform to snake_case naming style

Argument name "SetRecord" doesn't conform to snake_case naming style

Argument name "CreateDate" doesn't conform to snake_case naming style

Argument name "ModifyDate" doesn't conform to snake_case naming style

Too many arguments (37/5)

Too many positional arguments (37/5)

Too many local variables (42/15)

Unused argument 'Version'

Unused argument 'SetRecord'

Unused argument 'CreateDate'

Unused argument 'ModifyDate'

Argument name "OwnerName" doesn't conform to snake_case naming style

Argument name "AbscissaDataType" doesn't conform to snake_case naming style

Argument name "AbscissaTypeQual" doesn't conform to snake_case naming style

Unused argument 'OwnerName'

Unused argument 'AbscissaDataType'

Unused argument 'AbscissaTypeQual'

Argument name "AbscissaAxisLab" doesn't conform to snake_case naming style

Argument name "AbscissaUnitsLab" doesn't conform to snake_case naming style

Unused argument 'AbscissaAxisLab'

Unused argument 'AbscissaUnitsLab'

Argument name "OrdNumDataType" doesn't conform to snake_case naming style

Argument name "OrdNumTypeQual" doesn't conform to snake_case naming style

Unused argument 'OrdNumDataType'

Unused argument 'OrdNumTypeQual'

Argument name "OrdDenDataType" doesn't conform to snake_case naming style

Argument name "OrdDenTypeQual" doesn't conform to snake_case naming style

Unused argument 'OrdDenDataType'

Unused argument 'OrdDenTypeQual'

Argument name "OrdinateAxisLab" doesn't conform to snake_case naming style

Argument name "OrdinateUnitsLab" doesn't conform to snake_case naming style

Unused argument 'OrdinateAxisLab'

Unused argument 'OrdinateUnitsLab'

Argument name "ZAxisDataType" doesn't conform to snake_case naming style

Argument name "ZAxisTypeQual" doesn't conform to snake_case naming style

Unused argument 'ZAxisDataType'

Unused argument 'ZAxisTypeQual'

Argument name "ZGeneralValue" doesn't conform to snake_case naming style

Argument name "ZRPMValue" doesn't conform to snake_case naming style

Argument name "ZOrderValue" doesn't conform to snake_case naming style

Argument name "ZTimeValue" doesn't conform to snake_case naming style

Unused argument 'ZGeneralValue'

Unused argument 'ZRPMValue'

Unused argument 'ZOrderValue'

Unused argument 'ZTimeValue'

Argument name "UserValue1" doesn't conform to snake_case naming style

Argument name "UserValue2" doesn't conform to snake_case naming style

Argument name "UserValue3" doesn't conform to snake_case naming style

Argument name "UserValue4" doesn't conform to snake_case naming style

Unused argument 'UserValue1'

Unused argument 'UserValue2'

Unused argument 'UserValue3'

Unused argument 'UserValue4'

Argument name "SamplingType" doesn't conform to snake_case naming style

Argument name "WeightingType" doesn't conform to snake_case naming style

Argument name "WindowType" doesn't conform to snake_case naming style

Unused argument 'SamplingType'

Unused argument 'WeightingType'

Unused argument 'WindowType'

Argument name "AmplitudeUnits" doesn't conform to snake_case naming style

Argument name "Normalization" doesn't conform to snake_case naming style

Argument name "OctaveFormat" doesn't conform to snake_case naming style

Unused argument 'AmplitudeUnits'

Unused argument 'Normalization'

Unused argument 'OctaveFormat'

Line too long (103/100)

Argument name "OctaveAvgType" doesn't conform to snake_case naming style

Argument name "ExpDampingFact" doesn't conform to snake_case naming style

Argument name "PulsesPerRev" doesn't conform to snake_case naming style

Argument name "MeasurementRun" doesn't conform to snake_case naming style

Unused argument 'OctaveAvgType'

Unused argument 'ExpDampingFact'

Unused argument 'PulsesPerRev'

Unused argument 'MeasurementRun'

Argument name "LoadCase" doesn't conform to snake_case naming style

Argument name "IRIGTime" doesn't conform to snake_case naming style

Unused argument 'LoadCase'

Unused argument 'IRIGTime'

Too many local variables (20/15)

Line too long (105/100)

Line too long (108/100)

Value 'self.dtype' is unsubscriptable

Unnecessary use of a comprehension, use list(itertools.combinations(common_dofs, 2)) instead.

Consider using a generator instead 'tuple(inds.reshape(2, -1) for inds in equal_indices[2:])'

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Value 'self.dtype' is unsubscriptable

Line too long (101/100)

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Too many local variables (17/15)

Line too long (102/100)

Redefining name 'data_array' from outer scope (line 8984)

Line too long (111/100)

Line too long (111/100)

Redefining name 'data_array' from outer scope (line 8984)

Line too long (101/100)

Do not use nested call of 'min'; it's possible to do 'min(np.nanmin(np.abs(ordinate)), *ylim)' instead

Do not use nested call of 'max'; it's possible to do 'max(np.nanmax(np.abs(ordinate)), *ylim)' instead

Do not use nested call of 'min'; it's possible to do 'min(np.nanmin(ordinate), *ylim)' instead

Do not use nested call of 'max'; it's possible to do 'max(np.nanmax(ordinate), *ylim)' instead

Too many public methods (35/20)

Class method __new__ should have 'cls' as first argument

Signature differs from overridden '__new__' method

Too many arguments (6/5)

Too many positional arguments (6/5)

Line too long (102/100)

Line too long (130/100)

Too many arguments (8/5)

Too many positional arguments (8/5)

Too many local variables (19/15)

Import outside toplevel (fem.sdynpy_exodus.Exodus)

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Line too long (106/100)

Line too long (114/100)

TODO need to add in rotations

Line too long (113/100)

Line too long (106/100)

Too many arguments (6/5)

Too many positional arguments (6/5)

Trailing whitespace

Trailing whitespace

Trailing whitespace

Instance of 'ndarray' has no 'ordinate' member

Trailing whitespace

Unused variable 'bp'

Trailing whitespace

Instance of 'ndarray' has no 'coordinate' member

Instance of 'ndarray' has no 'comment1' member

Instance of 'ndarray' has no 'comment2' member

Instance of 'ndarray' has no 'comment3' member

Instance of 'ndarray' has no 'comment4' member

Instance of 'ndarray' has no 'comment5' member

Trailing whitespace

Trailing whitespace

Line too long (122/100)

Too many local variables (20/15)

Line too long (116/100)

Line too long (143/100)

Line too long (134/100)

Line too long (101/100)

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Too many arguments (7/5)

Too many positional arguments (7/5)

Too many local variables (16/15)

Instance of 'ndarray' has no 'response_coordinate' member

Instance of 'ndarray' has no 'ordinate' member

Too many arguments (7/5)

Too many positional arguments (7/5)

Access to a protected member _srs_type_map of a client class

Line too long (108/100)

Consider explicitly re-raising using 'except KeyError as exc' and 'raise ValueError('Invalid `srs_type` specified, should be one of {:} (case insensitive)'.format([k for k in ShockResponseSpectrumArray._srs_type_map])) from exc'

Formatting a regular string which could be an f-string

Unnecessary use of a comprehension, use list(ShockResponseSpectrumArray._srs_type_map) instead.

Access to a protected member _srs_type_map of a client class

Line too long (112/100)

Line too long (103/100)

Unused variable 'f'

Line too long (112/100)

Trailing whitespace

Instance of 'ndarray' has no 'ordinate' member

Instance of 'tuple' has no 'imag' member

Trailing whitespace

Line too long (144/100)

Missing function or method docstring

Too many arguments (8/5)

Too many positional arguments (8/5)

Too many local variables (27/15)

Unused variable 'key'

Redefining name 'sig' from outer scope (line 91)

Trailing whitespace

Missing function or method docstring

Too many arguments (8/5)

Too many positional arguments (8/5)

Too many local variables (19/15)

Unused variable 'key'

Too many arguments (7/5)

Too many positional arguments (7/5)

Too many branches (15/12)

Unnecessary "elif" after "raise", remove the leading "el" from "elif"

Invalid assignment to self in method

Line too long (109/100)

Line too long (127/100)

Consider merging these isinstance calls to isinstance(window, (str, tuple))

Line too long (143/100)

Consider explicitly re-raising using 'except ValueError as exc' and 'raise ValueError('Could Not Multiply Window Function (shape {:}) by Ordinate (shape {:})'.format(window.shape, new_ordinate.shape)) from exc'

Formatting a regular string which could be an f-string

Line too long (176/100)

Invalid assignment to self in method

Unused variable 'num_references'

Unused variable 'model_order'

Line too long (112/100)

Formatting a regular string which could be an f-string

Line too long (102/100)

Line too long (124/100)

Too many arguments (14/5)

Too many positional arguments (14/5)

Too many local variables (45/15)

Too many branches (22/12)

Too many statements (82/50)

Line too long (159/100)

Line too long (104/100)

Line too long (104/100)

Line too long (104/100)

Line too long (155/100)

Line too long (143/100)

Line too long (156/100)

Line too long (116/100)

Line too long (116/100)

Line too long (114/100)

Line too long (138/100)

Sequence index is not an int, slice, or instance with __index__

Line too long (139/100)

Line too long (111/100)

Missing function or method docstring

Trailing whitespace

Missing function or method docstring

Consider using '{"t": reshaped_data[0].abscissa - reshaped_data[0].abscissa[0], "signal": reshaped_data.ordinate, ... }' instead of a call to 'dict'.

Too many local variables (16/15)

Line too long (128/100)

Line too long (123/100)

Variable name "R" doesn't conform to snake_case naming style

Too many arguments (8/5)

Too many positional arguments (8/5)

Line too long (104/100)

Line too long (120/100)

Line too long (106/100)

Line too long (111/100)

Line too long (106/100)

Possibly using variable 'transformation_matrix' before assignment

Trailing whitespace

Line too long (127/100)

Instance of 'ndarray' has no 'abscissa' member

Too many arguments (14/5)

Too many positional arguments (14/5)

Too many local variables (24/15)

Too many arguments (13/5)

Too many positional arguments (13/5)

Too many local variables (22/15)

'fft' does not support item assignment

'fft' does not support item assignment

'fft' does not support item assignment

Too many arguments (11/5)

Too many positional arguments (11/5)

Too many arguments (16/5)

Too many positional arguments (16/5)

Too many local variables (29/15)

'fft' does not support item assignment

'fft' does not support item assignment

'fft' does not support item assignment

Too many arguments (13/5)

Too many positional arguments (13/5)

Too many local variables (23/15)

Too many arguments (13/5)

Too many positional arguments (13/5)

Too many local variables (17/15)

Too many arguments (12/5)

Too many positional arguments (12/5)

Too many local variables (22/15)

Line too long (102/100)

Line too long (104/100)

Missing function or method docstring

Too many arguments (12/5)

Too many positional arguments (12/5)

Too many local variables (23/15)

Unused variable 'coordinate'

Line too long (113/100)

Too many arguments (8/5)

Too many positional arguments (8/5)

Class method __new__ should have 'cls' as first argument

Signature differs from overridden '__new__' method

Too many arguments (6/5)

Too many positional arguments (6/5)

Line too long (105/100)

Too many local variables (16/15)

Unused argument 'rtol'

Unused argument 'atol'

Trailing whitespace

Trailing whitespace

Trailing whitespace

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Line too long (104/100)

Line too long (123/100)

Line too long (106/100)

Line too long (111/100)

Line too long (106/100)

Trailing whitespace

Possibly using variable 'transformation_matrix' before assignment

Trailing whitespace

Line too long (125/100)

Instance of 'ndarray' has no 'abscissa' member

Dangerous default value {} as argument

Dangerous default value {} as argument

Dangerous default value {} as argument

Too many arguments (7/5)

Too many positional arguments (7/5)

Too many local variables (26/15)

Too many branches (32/12)

Too many statements (84/50)

Trailing whitespace

Trailing whitespace

Unused variable 'figure'

Instance of 'ndarray' has no 'abscissa' member

Instance of 'ndarray' has no 'ordinate' member

Line too long (162/100)

Line too long (103/100)

Line too long (129/100)

Instance of 'ndarray' has no 'abscissa' member

Instance of 'ndarray' has no 'ordinate' member

Line too long (162/100)

Line too long (103/100)

Line too long (129/100)

Too many nested blocks (6/5)

Unused variable 'index'

Line too long (156/100)

Line too long (107/100)

Line too long (101/100)

Line too long (128/100)

Using possibly undefined loop variable 'i'

Line too long (106/100)

Instance of 'ndarray' has no 'abscissa' member

Instance of 'ndarray' has no 'ordinate' member

Line too long (156/100)

Line too long (103/100)

Line too long (126/100)

Dangerous default value {} as argument

Dangerous default value {} as argument

Unused variable 'fig'

Too many arguments (8/5)

Too many positional arguments (8/5)

Too many public methods (21/20)

Class method __new__ should have 'cls' as first argument

Signature differs from overridden '__new__' method

Too many arguments (6/5)

Too many positional arguments (6/5)

Line too long (105/100)

Too many arguments (6/5)

Too many positional arguments (6/5)

Trailing whitespace

Too many local variables (20/15)

Line too long (103/100)

Formatting a regular string which could be an f-string

Line too long (105/100)

Line too long (127/100)

Too many arguments (8/5)

Too many positional arguments (8/5)

Too many local variables (20/15)

Line too long (159/100)

Line too long (104/100)

Line too long (121/100)

Line too long (103/100)

Line too long (109/100)

Dangerous default value {} as argument

Dangerous default value {} as argument

Too many local variables (36/15)

Too many branches (20/12)

Too many statements (73/50)

Function name "dB_pow" doesn't conform to snake_case naming style

More than one statement on a single line

Line too long (108/100)

Formatting a regular string which could be an f-string

Line too long (105/100)

Formatting a regular string which could be an f-string

Line too long (101/100)

Variable name "cpsdOrd" doesn't conform to snake_case naming style

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Line too long (111/100)

Line too long (111/100)

Either all return statements in a function should return an expression, or none of them should.

Unnecessary "elif" after "return", remove the leading "el" from "elif"

Unnecessary "else" after "return", remove the "else" and de-indent the code inside it

Comparison 'oct_order == None' should be 'oct_order is None'

Line too long (111/100)

Unused variable 'nominal_band_centers'

Unused variable 'band_centers'

Missing function or method docstring

Dangerous default value {} as argument

Line too long (107/100)

Unused variable 'asd'

Formatting a regular string which could be an f-string

Dangerous default value {} as argument

Too many local variables (36/15)

Too many branches (14/12)

Too many statements (58/50)

Unused variable 'this_abscissa'

Possibly using variable 'dofs' before assignment

Formatting a regular string which could be an f-string

Instance of 'ndarray' has no 'abscissa' member

Redefining name 'coherence_array' from outer scope (line 7779)

Redefining name 'coherence_array' from outer scope (line 7779)

Trailing whitespace

Too many arguments (9/5)

Too many positional arguments (9/5)

Too many local variables (16/15)

Line too long (104/100)

Line too long (104/100)

Line too long (160/100)

Line too long (101/100)

Line too long (126/100)

Line too long (106/100)

Line too long (111/100)

Line too long (106/100)

Trailing whitespace

Line too long (125/100)

Line too long (144/100)

Trailing whitespace

Line too long (139/100)

Instance of 'ndarray' has no 'abscissa' member

Dangerous default value {} as argument

Dangerous default value {} as argument

Dangerous default value {} as argument

Dangerous default value {} as argument

Too many arguments (10/5)

Too many positional arguments (10/5)

Too many local variables (23/15)

Too many branches (17/12)

Missing function or method docstring

Too many arguments (12/5)

Too many positional arguments (12/5)

Too many local variables (18/15)