import os ## os.environ["PLOTLY_RENDERER"] = 'colab' import pandas import plotly.express as px fig = px.line(x=["s","b","c"], y=[21,322,132], title="sample figure") fig2 = px.line(x=["s","b","c"], y=[2,3,132], title="sample figure") #require() # print(1234) fig.show(renderer="colab") # print(23) # fig2.show(renderer="colab")

from IPython.display import SVG, display, HTML display(HTML('''<h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/><h1>aaaxx</h1><br/>'''))

%%html require()

import pandas import plotly.express as px fig = px.line(x=["s","b","c"], y=[21,322,12], title="sample figure") #require() fig.show()

select 1

import plotly.graph_objects as go !sleep 10 go.Figure(data=go.Bar(y=[1,2,3])).show()

import os os.environ

import altair as alt import numpy as np import pandas as pd # Compute x^2 + y^2 across a 2D grid x, y = np.meshgrid(range(-5, 5), range(-5, 5)) z = x ** 2 + y ** 2 # Convert this grid to columnar data expected by Altair source = pd.DataFrame({'x': x.ravel(), 'y': y.ravel(), 'z': z.ravel()}) fig.show() alt.Chart(source).mark_rect().encode( x='x:O', y='y:O', color='z:Q' )