<h1 align='center'></h1>
<p align='center'>
<img src='https://raw.githubusercontent.com/reinanbr/noaawc/main/img/photo_2023-01-17_02-10-48.jpg' width='350' height='300'>
<br/>
<a href="https://github.com/perseu912"><img title="Autor" src="https://img.shields.io/badge/Autor-reinan_br-blue.svg?style=for-the-badge&logo=github"></a>
<p align='center'>
<!-- github dados --
<!-- sites de pacotes -->
<a href='https://pypi.org/project/noaawc/'><img src='https://img.shields.io/pypi/v/noaawc'></a>
<!-- <a href='#'><img src='https://img.shields.io/pypi/wheel/noaawc'></a>
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<!-- outros premios e analises -->
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</a> -->
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</p>
</p>
<h3 align='center'>NOAAWC</h3>
<p align='center'> <b>Library for plotting the world data climate with the data <a href='https://nomads.ncep.noaa.gov/' title='NOAA Operational Model Archive and Distribution System
'>NOMADS</a> NOAA/NASA</b></p>
<hr/>
Please, <a href='https://github.com/reinanbr/noaawc'>Fork-me</a>.
## Installation
```bash
$ pip install noaawc -U
```
## Examples
### plotting
#### wind temperature with focus point
```py
from noaawc.plot import plot_global
from noawclg.main import get_noaa_data as gnd
import matplotlib.pyplot as plt
plt.style.use('dark_background')
cmap = 'inferno'
date_base = '26/01/2023'
dn = gnd(date=date_base)
indice = 5
pg = plot_global(dn=dn)
pg.path=f'{cmap}_juazeiro_wind_focus1.png'
pg.title=f'Temperatura dos Jatos de Ventos'
pg.key_noaa='tmpmwl'
pg.indice=indice
pg.loc_focus=(-9.43847,-40.5052)
pg.text_cb='°C'
pg.author='@gpftc | @reinanbr_'
pg.cmap = cmap
pg.render(show=True)
```
<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/inferno_juazeiro_wind_focus1.png'/>
<hr>
#### wind temperature with focus point and text focus
```py
from noaawc.plot import plot_global
from noawclg.main import get_noaa_data as gnd
import matplotlib.pyplot as plt
plt.style.use('dark_background')
cmap = 'inferno'
date_base = '26/01/2023'
dn = gnd(date=date_base)
indice = 5
pg = plot_global(dn=dn)
pg.path=f'{cmap}_juazeiro_wind_focus2.png'
pg.title=f'Temperatura dos Jatos de Ventos'
pg.key_noaa='tmpmwl'
pg.indice=indice
pg.loc_focus=(-9.43847,-40.5052)
pg.annotate_data_focus('. Juazeiro: %(data)sºC')
pg.annotate_color_focus = 'white'
pg.text_cb='°C'
pg.author='@gpftc | @reinanbr_'
pg.cmap = cmap
pg.render(show=True)
```
<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/inferno_juazeiro_wind_focus2.png'/>
<hr>
#### wind temperature with focus point, text focus and zoom
```py
from noaawc.plot import plot_global
from noawclg.main import get_noaa_data as gnd
import matplotlib.pyplot as plt
plt.style.use('dark_background')
cmap = 'inferno'
date_base = '26/01/2023'
dn = gnd(date=date_base)
indice = 5
pg = plot_global(dn=dn)
pg.path=f'{cmap}_juazeiro_wind_focus.png'
pg.title=f'Temperatura dos Jatos de Ventos'
pg.key_noaa='tmpmwl'
pg.indice=indice
pg.loc_focus=(-9.43847,-40.5052)
pg.annotate_data_focus('. Juazeiro: %(data)sºC')
pg.annotate_color_focus = 'white'
pg.zoom(1,-1,-1,1)
pg.text_cb='°C'
pg.author='@gpftc | @reinanbr_'
pg.cmap = cmap
pg.render(show=True)
```
<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/inferno_juazeiro_wind_focus3.png'/>
<hr>
### Animation GIF
#### First time with the class ```noaawc.animate.Create_plot_gif```:
```py
>>> from noaawc.animate import Create_plot_gif as cgp
```
init var's in the class
```py
#.../noaawc/animate.py
#...
import matplotlib.pyplot as plt
from noawclg.main import get_noaa_data as gnd
#...
@dataclass
class Create_plot_gif:
dn:gnd
path_save:str='img.gif'
size:int=70
path_data:str='data/img_'
title:str=''
key_noaa:str='vgrdpbl'
loc_focus:tuple=(-9.45,-40.5)
point_init=False
point_end:float=False
text_cb:str='°C'
lon_stop:float=False
alpha:float=.9
subtr_data:float=273
speed_frame:float=1
speed_degree_frame:float=1
zoom:tuple = None
author = '@gpfc_ | @reinanbr_'
annotate_focus_txt:str = None
annotate_loc_txt:str = None
annotate_loc_pos:tuple = (40.776676,-73.971321)
color_annote_loc:str = 'white'
fps:float = 10
cmap:plt.cm=plt.cm.jet
resolution:str = 'c'
#...
```
#### Wind Jet's
spinning
```py
from noaawc.animate import Create_plot_gif as Cpf # importing class to work gif plot
from noawclg.main import get_noaa_data as gnd # importing class to work data
dn = gnd(date='16/01/2023') # set the now date (best yesterday) in format d/m/Y
point_init=[-9.43,-89] #point init to spinning
point_jua = [-9.43,-40.50] # end point (my city)
gif = Cpf(dn=dn) # setting data noaa on the class to work gif
cmap = 'inferno' # cmap theme color plot
gif.path_save=f'tests_gifs/wind/{cmap}_test_spin_temp_wind.gif' #path to save gif
gif.key_noaa = 'tmpmwl' # key from data that we want
gif.title='temperatura dos jatos de vento' # title plot gif
#setting the points
gif.point_init=point_init
gif.point_end=point_jua
#longitude stop
gif.lon_stop=-39
# setting cmap
gif.cmap = cmap
gif.author = '@gpfc_ | @reinanbr_' #setting the title author plot
gif.text_cb = 'ºC' #title from colorbar
gif.subtr_data = 273 # substitution of data (273, because K - 273 = ºC)
gif.tracing() # working string's, map's, daw's, line's
gif.render() # rendering the frames of gif
```
in the .../tests_gifs/wind/CMRmap_test_spin_temp_wind.gif:
<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/tests_gifs/wind/CMRmap_test_spin_temp_wind.gif'>
<hr>
#### surface temperature
```py
from noaawc.animate import Create_plot_gif as Cpf
from noawclg.main import get_noaa_data as gnd
dn = gnd(date='16/01/2023')
point_init=[-9.43,-89]
point_jua = [-9.43,-40.50]
gif = Cpf(dn=dn)
gif.path_save='https://raw.githubusercontent.com/reinanbr/noaawc/main/tests_gifs/surface_temp/CMRmap_test_spin_temp_surface.gif'
gif.key_noaa = 'tmpsfc'
gif.title='temperatura da superficie'
gif.point_init=point_init
gif.point_end=point_jua
gif.lon_stop=-39
gif.annotate_loc_txt = '. Nova York: %(data)sºC'
gif.color_annote_loc = 'white'
gif.cmap = 'CMRmap'
gif.annotate_loc_pos:tuple = (40.776676,-73.971321) # point for write a text
gif.annotate_loc_txt = '. Nova York: %(data)sºC' # text for write in the plot
gif.color_annote_loc = 'white' # color of text
gif.tracing()
gif.render()
```
<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/tests_gifs/surface_temp/CMRmap_test_spin_temp_surface.gif'>
<hr>
#### zoom on a focus
```py
from noaawc.animate import Create_plot_gif as Cpf
from noawclg.main import get_noaa_data as gnd
dn = gnd()
gif = Cpf(dn=dn)
gif.path_save='tests_gifs/test_zoom_focus_temp_surface.gif'
gif.key_noaa = 'tmpsfc'
gif.title='temperatura da superficie'
gif.loc_focus= point_jua
gif.zoom = (4,-4,-.5,6) # xl,xr,yu,yd for zoom
gif.annotate_focus_txt = '. Juazeiro: %(data)sºC' # write text on focus point
gif.annotate_loc_txt = '. Nova York: %(data)sºC'
gif.tracing()
gif.render()
```
<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/tests_gifs/surface_temp/test_zoom_focus_temp_surface.gif'>
Raw data
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"description": "\n<h1 align='center'></h1>\n<p align='center'>\n<img src='https://raw.githubusercontent.com/reinanbr/noaawc/main/img/photo_2023-01-17_02-10-48.jpg' width='350' height='300'>\n\n\n<br/>\n<a href=\"https://github.com/perseu912\"><img title=\"Autor\" src=\"https://img.shields.io/badge/Autor-reinan_br-blue.svg?style=for-the-badge&logo=github\"></a>\n\n<p align='center'>\n<!-- github dados --\n<!-- sites de pacotes -->\n<a href='https://pypi.org/project/noaawc/'><img src='https://img.shields.io/pypi/v/noaawc'></a>\n<!-- <a href='#'><img src='https://img.shields.io/pypi/wheel/noaawc'></a>\n<a href='#'><img alt=\"PyPI - Downloads\" src=\"https://img.shields.io/pypi/dm/noawclg\"></a> -->\n<img alt=\"PyPI - License\" src=\"https://img.shields.io/pypi/l/noaawc\">\n<br/>\n<!-- outros premios e analises -->\n<!-- <a href='#'><img alt=\"CodeFactor Grade\" src=\"https://img.shields.io/codefactor/grade/github/perseu912/noawclg?logo=codefactor\">\n</a> -->\n<!-- redes sociais -->\n<a href='https://instagram.com/gpftc_ifsertao/'><img src='https://shields.io/badge/insta-gpftc_ifsertao-darkviolet?logo=instagram&style=flat'></a>\n<a href='https://discord.gg/pFZP86gvEm'><img src='https://img.shields.io/discord/856582838467952680.svg?label=discord&logo=discord'></a>\n\n</p>\n</p>\n<h3 align='center'>NOAAWC</h3>\n<p align='center'> <b>Library for plotting the world data climate with the data <a href='https://nomads.ncep.noaa.gov/' title='NOAA Operational Model Archive and Distribution System\n'>NOMADS</a> NOAA/NASA</b></p>\n<hr/>\n\nPlease, <a href='https://github.com/reinanbr/noaawc'>Fork-me</a>.\n\n## Installation\n\n```bash\n$ pip install noaawc -U\n```\n\n\n\n\n## Examples\n\n### plotting \n\n\n#### wind temperature with focus point\n\n\n```py\nfrom noaawc.plot import plot_global\nfrom noawclg.main import get_noaa_data as gnd\nimport matplotlib.pyplot as plt\n\nplt.style.use('dark_background')\ncmap = 'inferno'\n\ndate_base = '26/01/2023'\ndn = gnd(date=date_base)\nindice = 5\n\n\n\npg = plot_global(dn=dn)\npg.path=f'{cmap}_juazeiro_wind_focus1.png'\npg.title=f'Temperatura dos Jatos de Ventos'\npg.key_noaa='tmpmwl'\npg.indice=indice\n\npg.loc_focus=(-9.43847,-40.5052)\n\npg.text_cb='\u00b0C'\npg.author='@gpftc | @reinanbr_'\npg.cmap = cmap\n\n\n\npg.render(show=True)\n\n```\n\n<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/inferno_juazeiro_wind_focus1.png'/>\n\n\n\n<hr>\n\n#### wind temperature with focus point and text focus \n\n```py\nfrom noaawc.plot import plot_global\nfrom noawclg.main import get_noaa_data as gnd\nimport matplotlib.pyplot as plt\n\nplt.style.use('dark_background')\ncmap = 'inferno'\n\ndate_base = '26/01/2023'\ndn = gnd(date=date_base)\nindice = 5\n\n\n\npg = plot_global(dn=dn)\npg.path=f'{cmap}_juazeiro_wind_focus2.png'\npg.title=f'Temperatura dos Jatos de Ventos'\npg.key_noaa='tmpmwl'\npg.indice=indice\n\npg.loc_focus=(-9.43847,-40.5052)\npg.annotate_data_focus('. Juazeiro: %(data)s\u00baC')\npg.annotate_color_focus = 'white'\n\npg.text_cb='\u00b0C'\npg.author='@gpftc | @reinanbr_'\npg.cmap = cmap\n\n\n\npg.render(show=True)\n\n```\n\n<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/inferno_juazeiro_wind_focus2.png'/>\n\n<hr>\n\n#### wind temperature with focus point, text focus and zoom\n\n\n```py \nfrom noaawc.plot import plot_global\nfrom noawclg.main import get_noaa_data as gnd\nimport matplotlib.pyplot as plt\n\nplt.style.use('dark_background')\ncmap = 'inferno'\n\ndate_base = '26/01/2023'\ndn = gnd(date=date_base)\nindice = 5\n\n\n\npg = plot_global(dn=dn)\npg.path=f'{cmap}_juazeiro_wind_focus.png'\npg.title=f'Temperatura dos Jatos de Ventos'\npg.key_noaa='tmpmwl'\npg.indice=indice\n\npg.loc_focus=(-9.43847,-40.5052)\npg.annotate_data_focus('. Juazeiro: %(data)s\u00baC')\npg.annotate_color_focus = 'white'\npg.zoom(1,-1,-1,1)\n\npg.text_cb='\u00b0C'\npg.author='@gpftc | @reinanbr_'\npg.cmap = cmap\n\n\n\npg.render(show=True)\n```\n\n<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/inferno_juazeiro_wind_focus3.png'/>\n\n<hr>\n\n### Animation GIF\n\n#### First time with the class ```noaawc.animate.Create_plot_gif```:\n\n```py\n>>> from noaawc.animate import Create_plot_gif as cgp\n```\n\ninit var's in the class\n```py\n#.../noaawc/animate.py\n#...\nimport matplotlib.pyplot as plt\nfrom noawclg.main import get_noaa_data as gnd\n#...\n\n\n\n@dataclass\nclass Create_plot_gif:\n dn:gnd\n path_save:str='img.gif'\n size:int=70\n path_data:str='data/img_'\n title:str=''\n key_noaa:str='vgrdpbl'\n loc_focus:tuple=(-9.45,-40.5)\n point_init=False\n point_end:float=False\n text_cb:str='\u00b0C'\n lon_stop:float=False\n alpha:float=.9\n subtr_data:float=273\n speed_frame:float=1\n speed_degree_frame:float=1\n zoom:tuple = None\n author = '@gpfc_ | @reinanbr_'\n annotate_focus_txt:str = None\n annotate_loc_txt:str = None\n annotate_loc_pos:tuple = (40.776676,-73.971321)\n color_annote_loc:str = 'white'\n fps:float = 10\n cmap:plt.cm=plt.cm.jet\n resolution:str = 'c'\n\n\n#...\n\n```\n\n#### Wind Jet's\nspinning\n```py\nfrom noaawc.animate import Create_plot_gif as Cpf # importing class to work gif plot\nfrom noawclg.main import get_noaa_data as gnd # importing class to work data\n\ndn = gnd(date='16/01/2023') # set the now date (best yesterday) in format d/m/Y\n\npoint_init=[-9.43,-89] #point init to spinning\npoint_jua = [-9.43,-40.50] # end point (my city)\n\ngif = Cpf(dn=dn) # setting data noaa on the class to work gif\n\ncmap = 'inferno' # cmap theme color plot\n\ngif.path_save=f'tests_gifs/wind/{cmap}_test_spin_temp_wind.gif' #path to save gif\n\ngif.key_noaa = 'tmpmwl' # key from data that we want \n\ngif.title='temperatura dos jatos de vento' # title plot gif\n\n#setting the points\ngif.point_init=point_init \ngif.point_end=point_jua\n\n#longitude stop\ngif.lon_stop=-39\n\n# setting cmap\ngif.cmap = cmap\n\ngif.author = '@gpfc_ | @reinanbr_' #setting the title author plot\n\ngif.text_cb = '\u00baC' #title from colorbar\ngif.subtr_data = 273 # substitution of data (273, because K - 273 = \u00baC)\n\ngif.tracing() # working string's, map's, daw's, line's\ngif.render() # rendering the frames of gif\n```\n\nin the .../tests_gifs/wind/CMRmap_test_spin_temp_wind.gif:\n\n<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/tests_gifs/wind/CMRmap_test_spin_temp_wind.gif'>\n\n<hr>\n\n#### surface temperature\n```py\nfrom noaawc.animate import Create_plot_gif as Cpf\nfrom noawclg.main import get_noaa_data as gnd\n\ndn = gnd(date='16/01/2023')\n\npoint_init=[-9.43,-89]\npoint_jua = [-9.43,-40.50]\n\ngif = Cpf(dn=dn)\ngif.path_save='https://raw.githubusercontent.com/reinanbr/noaawc/main/tests_gifs/surface_temp/CMRmap_test_spin_temp_surface.gif'\ngif.key_noaa = 'tmpsfc'\ngif.title='temperatura da superficie'\ngif.point_init=point_init\ngif.point_end=point_jua\ngif.lon_stop=-39\ngif.annotate_loc_txt = '. Nova York: %(data)s\u00baC'\ngif.color_annote_loc = 'white'\ngif.cmap = 'CMRmap'\n\ngif.annotate_loc_pos:tuple = (40.776676,-73.971321) # point for write a text\ngif.annotate_loc_txt = '. Nova York: %(data)s\u00baC' # text for write in the plot\ngif.color_annote_loc = 'white' # color of text\n\ngif.tracing()\ngif.render()\n```\n<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/tests_gifs/surface_temp/CMRmap_test_spin_temp_surface.gif'>\n\n<hr>\n\n#### zoom on a focus\n```py\nfrom noaawc.animate import Create_plot_gif as Cpf\nfrom noawclg.main import get_noaa_data as gnd\n\ndn = gnd()\n\ngif = Cpf(dn=dn)\ngif.path_save='tests_gifs/test_zoom_focus_temp_surface.gif'\ngif.key_noaa = 'tmpsfc'\ngif.title='temperatura da superficie'\ngif.loc_focus= point_jua\ngif.zoom = (4,-4,-.5,6) # xl,xr,yu,yd for zoom\ngif.annotate_focus_txt = '. Juazeiro: %(data)s\u00baC' # write text on focus point\ngif.annotate_loc_txt = '. Nova York: %(data)s\u00baC'\ngif.tracing()\ngif.render()\n```\n<img height='300' src='https://raw.githubusercontent.com/reinanbr/noaawc/main/tests_gifs/surface_temp/test_zoom_focus_temp_surface.gif'>\n",
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