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# Copyright (c) DataLab Platform Developers, BSD 3-Clause license, see LICENSE file.
"""Common enum definitions for Sigima processing."""
from __future__ import annotations
import guidata.dataset as gds
from sigima.config import _
class AngleUnit(gds.LabeledEnum):
"""Angle units."""
RADIAN = "rad"
DEGREE = "°"
class BinningOperation(gds.LabeledEnum):
"""Binning operations for image processing."""
SUM = "sum"
AVERAGE = "average"
MEDIAN = "median"
MIN = "min"
MAX = "max"
class ContourShape(gds.LabeledEnum):
"""Contour shapes for image processing."""
ELLIPSE = "ellipse", _("Ellipse")
CIRCLE = "circle", _("Circle")
POLYGON = "polygon", _("Polygon")
class BorderMode(gds.LabeledEnum):
"""Border modes for filtering and image processing."""
CONSTANT = "constant"
NEAREST = "nearest"
REFLECT = "reflect"
WRAP = "wrap"
MIRROR = "mirror"
class MathOperator(gds.LabeledEnum):
"""Mathematical operators for data operations."""
ADD = "+"
SUBTRACT = "-"
MULTIPLY = "×"
DIVIDE = "/"
class FilterMode(gds.LabeledEnum):
"""Filter modes for signal and image processing."""
REFLECT = "reflect"
CONSTANT = "constant"
NEAREST = "nearest"
MIRROR = "mirror"
WRAP = "wrap"
class WaveletMode(gds.LabeledEnum):
"""Wavelet transform modes."""
CONSTANT = "constant"
EDGE = "edge"
SYMMETRIC = "symmetric"
REFLECT = "reflect"
WRAP = "wrap"
class ThresholdMethod(gds.LabeledEnum):
"""Thresholding methods for wavelet denoising."""
SOFT = "soft"
HARD = "hard"
class ShrinkageMethod(gds.LabeledEnum):
"""Shrinkage methods for wavelet denoising."""
BAYES_SHRINK = "BayesShrink"
VISU_SHRINK = "VisuShrink"
class PadLocation1D(gds.LabeledEnum):
"""Padding location for 1D signal processing."""
APPEND = "append"
PREPEND = "prepend"
BOTH = "both"
class PadLocation2D(gds.LabeledEnum):
"""Padding location for 2D image processing."""
BOTTOM_RIGHT = "bottom-right", _("Bottom-right")
AROUND = "around", _("Around")
class PowerUnit(gds.LabeledEnum):
"""Power spectral density units."""
DBC = "dBc"
DBFS = "dBFS"
class WindowingMethod(gds.LabeledEnum):
"""Windowing methods enumeration."""
BARTHANN = "barthann", "Barthann"
BARTLETT = "bartlett", "Bartlett"
BLACKMAN = "blackman", "Blackman"
BLACKMAN_HARRIS = "blackman_harris", "Blackman-Harris"
BOHMAN = "bohman", "Bohman"
BOXCAR = "boxcar", "Boxcar"
COSINE = "cosine", _("Cosine")
EXPONENTIAL = "exponential", _("Exponential")
FLAT_TOP = "flat_top", _("Flat Top")
GAUSSIAN = "gaussian", _("Gaussian")
HAMMING = "hamming", "Hamming"
HANN = "hann", "Hann"
KAISER = "kaiser", "Kaiser"
LANCZOS = "lanczos", "Lanczos"
NUTTALL = "nuttall", "Nuttall"
PARZEN = "parzen", "Parzen"
TAYLOR = "taylor", "Taylor"
TUKEY = "tukey", "Tukey"
class Interpolation1DMethod(gds.LabeledEnum):
"""Methods for 1D interpolation and resampling."""
LINEAR = "linear", _("Linear")
SPLINE = "spline", _("Spline")
QUADRATIC = "quadratic", _("Quadratic")
CUBIC = "cubic", _("Cubic")
BARYCENTRIC = "barycentric", _("Barycentric")
PCHIP = "pchip", _("PCHIP")
class Interpolation2DMethod(gds.LabeledEnum):
"""Methods for 2D interpolation and resampling."""
NEAREST = "nearest", _("Nearest")
LINEAR = "linear", _("Linear")
CUBIC = "cubic", _("Cubic")
class NormalizationMethod(gds.LabeledEnum):
"""Normalization methods for signal processing."""
MAXIMUM = "maximum", _("Maximum")
AMPLITUDE = "amplitude", _("Amplitude")
AREA = "area", _("Area")
ENERGY = "energy", _("Energy")
RMS = "rms", _("RMS")
class FilterType(gds.LabeledEnum):
"""Filter types"""
LOWPASS = "lowpass", "lowpass"
HIGHPASS = "highpass", "highpass"
BANDPASS = "bandpass", "bandpass"
BANDSTOP = "bandstop", "bandstop"
class FrequencyFilterMethod(gds.LabeledEnum):
"""Frequency filter methods for signal processing."""
BESSEL = "bessel", "Bessel"
BRICKWALL = "brickwall", _("Brickwall")
BUTTERWORTH = "butterworth", "Butterworth"
CHEBYSHEV1 = "chebyshev1", "Chebyshev I"
CHEBYSHEV2 = "chebyshev2", "Chebyshev II"
ELLIPTIC = "elliptic", _("Elliptic")
class SignalShape(gds.LabeledEnum):
"""Signal shapes."""
STEP = "step"
SQUARE = "square"
class SignalsToImageOrientation(gds.LabeledEnum):
"""Orientation for assembling signals into an image."""
ROWS = "rows", _("Each signal becomes a row")
COLUMNS = "columns", _("Each signal becomes a column")
class DetectionROIGeometry(gds.LabeledEnum):
"""Geometries for 2D peak detection ROIs."""
CIRCLE = "circle", _("Circle")
RECTANGLE = "rectangle", _("Rectangle")
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