wolfhece.PyWMS
==============

.. py:module:: wolfhece.PyWMS

.. autoapi-nested-parse::

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

   Copyright (c) 2024 University of Liege. All rights reserved.

   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
---------------

.. py:function:: to_image(mybytes: io.BytesIO) -> PIL.Image

.. py:function:: getWalonmap(cat: Literal['IMAGERIE/ORTHO_2021', 'ALEA', 'CADMAP', 'LIDAXES', '$IDW', 'EAU/ZONES_INONDEES'], xl: float, yl: float, xr: float, yr: float, w: int = None, h: int = None, tofile=True) -> io.BytesIO

.. py:function:: getVlaanderen(cat: Literal['Adpf'], xl: float, yl: float, xr: float, yr: float, w: int = None, h: int = None, tofile=True) -> io.BytesIO

.. py:function:: getIGNFrance(cat: str, epsg: str, xl, yl, xr, yr, w, h, tofile=True) -> io.BytesIO

.. py:function:: getLifeWatch(cat: Literal['None'], xl: float, yl: float, xr: float, yr: float, w: int = None, h: int = None, tofile=True, format: Literal['image/png', 'image/png; mode=8bit'] = 'image/png') -> io.BytesIO

.. py:function:: getNGI(cat: Literal['orthoimage_coverage', 'orthoimage_coverage_2016', 'orthoimage_coverage_2017', 'orthoimage_coverage_2018', 'orthoimage_coverage_2019', 'orthoimage_coverage_2020', 'orthoimage_coverage_2021', 'orthoimage_coverage_2022'], xl: float, yl: float, xr: float, yr: float, w: int = None, h: int = None, tofile=True, format: Literal['image/png', 'image/GeoTIFF'] = 'image/png') -> io.BytesIO

.. py:function:: getCartoweb(cat: Literal['crossborder', 'crossborder_grey', 'overlay', 'topo', 'topo_grey'], xl: float, yl: float, xr: float, yr: float, w: int = None, h: int = None, tofile=True, format: Literal['image/png', 'image/GeoTIFF'] = 'image/png') -> io.BytesIO

.. py:function:: getOrthoPostFlood2021(cat: Literal['orthoimage_flood'], xl: float, yl: float, xr: float, yr: float, w: int = None, h: int = None, tofile=True, format: Literal['image/png', 'image/GeoTIFF'] = 'image/png') -> io.BytesIO

.. py:function:: get_Alaro_times()

.. py:function:: get_Alaro_legend(layer: str)

   Get the legend of the layer

   :param layer: name of the layer
   :return: legend of the layer


.. py:function:: getAlaro(cat: Literal['10_m_u__wind_component', '10_m_v__wind_component', '2_m_Max_temp_since_ppp', '2_m_Min_temp_since_ppp', '2_m_dewpoint_temperature', '2_m_temperature', '2m_Relative_humidity', 'Convective_rain', 'Convective_snow', 'Geopotential', 'Inst_flx_Conv_Cld_Cover', 'Inst_flx_High_Cld_Cover', 'Inst_flx_Low_Cld_Cover', 'Inst_flx_Medium_Cld_Cover', 'Inst_flx_Tot_Cld_cover', 'Large_scale_rain', 'Large_scale_snow', 'Mean_sea_level_pressure', 'Relative_humidity', 'Relative_humidity_isobaric', 'SBL_Meridian_gust', 'SBL_Zonal_gust', 'Specific_humidity', 'Surf_Solar_radiation', 'Surf_Thermal_radiation', 'Surface_CAPE', 'Surface_Temperature', 'Surface_orography', 'Temperature', 'Total_precipitation', 'U-velocity', 'V-velocity', 'Vertical_velocity', 'Wet_Bulb_Poten_Temper', 'freezing_level_zeroDegC_isotherm'], xl: float, yl: float, xr: float, yr: float, w: int = None, h: int = None, tofile=True, format: Literal['image/png', 'image/GeoTIFF'] = 'image/png', time=None) -> io.BytesIO

.. py:class:: Alaro_Navigator(parent, id, title)

   Bases: :py:obj:`wx.Frame`

   .. autoapi-inheritance-diagram:: wolfhece.PyWMS.Alaro_Navigator
      :parts: 1
      :private-bases:


   Frame to navigate through Alaro data

   Propose a caolendar to select the time of the data


   .. py:attribute:: _start_date


   .. py:attribute:: _end_date


   .. py:attribute:: _interval


   .. py:attribute:: _btn_previous


   .. py:attribute:: _btn_next


   .. py:attribute:: _time


   .. py:attribute:: _alpha


   .. py:attribute:: _btn_legend


   .. py:method:: OnPrevious(event)

      Hour minus interval




   .. py:method:: OnNext(event)

      Hour plus interval




   .. py:method:: OnCloseWindow(event)


   .. py:method:: OnLegend(event)

      Called when the user press the legend button




   .. py:method:: OnEnterTime(event)

      Called when the user press enter in the time text box




   .. py:property:: start

      Return the start date selected by the user


   .. py:property:: end

      Return the end date selected by the user


   .. py:property:: time

      Return the time selected by the user


   .. py:property:: time_str

      Return the time selected by the user as string


   .. py:property:: alpha

      Return the alpha value selected by the user


.. py:data:: img
   :value: None