`wolfhece.RatingCurve`

Author: HECE - University of Liege, Pierre Archambeau Date: 2024

This script and its content are protected by copyright law. Unauthorized copying or distribution of this file, via any medium, is strictly prohibited.

Module Contents

wolfhece.RatingCurve.msg[source]

wolfhece.RatingCurve.POLYNOMIAL_LAW = 0[source]

wolfhece.RatingCurve.POWER_LAW = 1[source]

wolfhece.RatingCurve.FMTDATEMI = '%d-%m-%y'[source]

wolfhece.RatingCurve.FMTDATE = '%d/%m/%Y %H:%M:%S'[source]

wolfhece.RatingCurve.FMTDATEG = '%d-%m-%y%H:%M'[source]

wolfhece.RatingCurve.FMTDATEG2 = '%d-%m-%Y %H:%M'[source]

wolfhece.RatingCurve.FMTDATE2 = '%d/%m/%Y'[source]

class wolfhece.RatingCurve.href_gaugingstation(id: int, name: str, basin: str, hDNG)[source]

id: int[source]

name: str[source]

basin: str[source]

hDNG: float[source]

class wolfhece.RatingCurve.href_gaugingstations(fromxls: str = '')[source]

myhrefs: list[source]

class wolfhece.RatingCurve.gauging(id: int, name: str, basin: str, Q: float, H: float, date: datetime.datetime)[source]

id: int[source]

name: str[source]

basin: str[source]

Q: float[source]

H: float[source]

date: datetime.datetime[source]

class wolfhece.RatingCurve.gaugings(fromxls: str = '')[source]

mygaugings: list[source]

class wolfhece.RatingCurve.coeffratingcurve(hmin, hmax, law, coeffs: numpy.ndarray)[source]

hmin: float[source]

hmax: float[source]

coeffs: numpy.array[source]

law: int[source]

myfunc: scipy.interpolate.PPoly[source]

class wolfhece.RatingCurve.ratingcurve(start: datetime.datetime = None, end: datetime.datetime = None, law: int = POLYNOMIAL_LAW, hmin: numpy.ndarray = None, hmax: numpy.ndarray = None, coeffs: numpy.ndarray = None, fromxls: str = '', *args, **kw)[source]

startdate: datetime.datetime[source]

enddate: datetime.datetime[source]

nb: int[source]

mycoeffs: list[coeffratingcurve][source]

myfunc: scipy.interpolate.PPoly[source]

plot(factextra=1.0, ax=None, lw=1)[source]

_compute_q(h)[source]

compute_q(h: pandas.Series)[source]

class wolfhece.RatingCurve.gaugingstation(name: str, id: int, river: str, ratingcurves: list = None, *args, **kw)[source]

id: int[source]

name: str[source]

name2: str[source]

river: str[source]

river2: str[source]

mycurves: list[ratingcurve][source]

mygaugings: list[source]

myhref: list[source]

maintainer: str[source]

startdate: datetime.datetime[source]

x: float[source]

y: float[source]

weblink: str[source]

gettype() → int[source]

plot(size: float = 10.0)[source]

plotRT(ax=None, lw=1)[source]

class wolfhece.RatingCurve.SPWhrefs(fromxls: str = '')[source]: Bases: href_gaugingstations

class wolfhece.RatingCurve.SPWGaugings(fromxls: str = '')[source]: Bases: gaugings

class wolfhece.RatingCurve.SPWMIGaugingStations(fromxls: str = '', idx: str = '', plotted: bool = True, mapviewer=None, need_for_wx: bool = False)[source]

Bases: wolfhece.drawing_obj.Element_To_Draw

Inheritance diagram of wolfhece.RatingCurve.SPWMIGaugingStations

Base class of element to add into WolfMapViewer or another GUI

mystations: dict[int:gaugingstation][source]

myrivers: dict[source]

gaugings: SPWGaugings[source]

hrefs: SPWhrefs[source]

plot(sx=None, sy=None, xmin=None, ymin=None, xmax=None, ymax=None, size: float = 10.0)[source]: Plot data in OpenGL context

find_minmax(update=False)[source]

Generic function to find min and max spatial extent in data

examplea WolfMapViewer instance needs spatial extent to zoom or test if: element must be plotted

_plot(sx=None, sy=None, xmin=None, ymin=None, xmax=None, ymax=None, size: float = 10.0)[source]

class wolfhece.RatingCurve.SPWDCENNGaugingStations(fromxls: str = '', idx: str = '', plotted: bool = True, mapviewer=None, need_for_wx: bool = False)[source]