def render_notebook(self):
""" Render the options string, displayed in the jupyter notebook
:return:
"""
from IPython.display import HTML
divid = datetime.datetime.now()
my_option = json.dumps(self._option, indent=4)
temple = Tp._template_notebook
series = self._option.get("series")
for s in series:
if s.get('type') == "wordCloud":
temple = Tp._template_wd_notebook
break
if s.get('type') == "liquidFill":
temple = Tp._template_lq_notebook
break
if s.get('type') == 'map':
temple = Tp.get_map(self._option.get('series')[0].get('mapType'))
break
tmp = Template(temple)
try:
html = tmp.render(myOption=my_option, chartId=divid, myWidth=self._width, myHeight=self._height)
except:
html = tmp.render(mtOption=my_option.decode('utf8'), chartId=divid, myWidth=self._width,
myHeight=self._height)
return HTML(html)
def render_notebook(self):
""" Render the options string, displayed in the jupyter notebook
:return:
"""
from IPython.display import HTML
divid = datetime.datetime.now()
my_option = json.dumps(self._option, indent=4)
temple = Tp._template_notebook
series = self._option.get("series")
for s in series:
if s.get('type') == "wordCloud":
temple = Tp._template_wd_notebook
break
if s.get('type') == "liquidFill":
temple = Tp._template_lq_notebook
break
if s.get('type') == 'map':
temple = Tp.get_map(
self._option.get('series')[0].get('mapType'))
break
tmp = Template(temple)
try:
html = tmp.render(myOption=my_option,
chartId=divid,
myWidth=self._width,
myHeight=self._height)
except:
html = tmp.render(mtOption=my_option.decode('utf8'),
chartId=divid,
myWidth=self._width,
myHeight=self._height)
return HTML(html)
def _repr_html_(self):
""" Render the options string, displayed in the jupyter notebook
:return:
"""
divid = datetime.datetime.now()
my_option = json_dumps(self._option, indent=4)
temple = 'notebook.html'
series = self._option.get("series")
map_keywords = {}
for s in series:
if s.get('type') == "wordCloud":
temple = 'wd_notebook.html'
break
if s.get('type') == "liquidFill":
temple = 'lq_notebook.html'
break
# Avoid loading too many maps at once, make sure notebook can show map chart normally.
if s.get('type') == 'map':
temple = "map_notebook.html"
map_keywords = template.get_map(
self._option.get('series')[0].get('mapType'))
break
tmp = self._jinja2_env.get_template(temple)
try:
html = tmp.render(
myOption=my_option, chartId=divid, myWidth=self._width,
myHeight=self._height, **map_keywords)
except:
html = tmp.render(
mtOption=my_option.decode('utf8'), chartId=divid,
myWidth=self._width, myHeight=self._height, **map_keywords)
return html
def _repr_html_(self):
""" Render the options dict, displayed in the jupyter notebook
:return:
"""
divid = datetime.datetime.now()
my_option = json_dumps(self._option, indent=4)
_tmp = 'notebook.html'
series = self._option.get("series")
map_keywords = {}
for s in series:
# Avoid loading too many maps at once, make sure notebook can show map chart normally.
if s.get('type') == 'map':
_tmp = "notebook_map.html"
map_keywords = template.get_map(
self._option.get('series')[0].get('mapType'))
break
tmp = template.JINJA2_ENV.get_template(_tmp)
try:
html = tmp.render(myOption=my_option,
chartId=divid,
myWidth=self._width,
myHeight=self._height,
**map_keywords)
except:
html = tmp.render(mtOption=my_option.decode('utf8'),
chartId=divid,
myWidth=self._width,
myHeight=self._height,
**map_keywords)
return html
def render_notebook(self):
""" Render the options string, displayed in the jupyter notebook
:return:
"""
from IPython.display import HTML
divid = datetime.datetime.now()
my_option = json.dumps(self._option, indent=4)
temple = 'notebook.html'
series = self._option.get("series")
map_keywords = {}
for s in series:
if s.get('type') == "wordCloud":
temple = 'wd_notebook.html'
break
if s.get('type') == "liquidFill":
temple = 'lq_notebook.html'
break
# Avoid loading too many maps at once, make sure notebook can show map chart normally.
if s.get('type') == 'map':
temple = "map_notebook.html"
map_keywords = template.get_map(
self._option.get('series')[0].get('mapType'))
break
tmp = self._jinja2_env.get_template(temple)
try:
html = tmp.render(myOption=my_option,
chartId=divid,
myWidth=self._width,
myHeight=self._height,
**map_keywords)
except:
html = tmp.render(mtOption=my_option.decode('utf8'),
chartId=divid,
myWidth=self._width,
myHeight=self._height,
**map_keywords)
return HTML(html)