newyorkannie

# Import library
from d3blocks import D3Blocks

# Initialize
d3 = D3Blocks()

# Make particles
d3.particles('D3Blocks', collision=0.05, spacing=10, figsize=[1200, 500])

newyorkannie

# Import library
from d3blocks import D3Blocks

# Initialize
d3 = D3Blocks()

# import example
df = d3.import_example('cancer')

# Tooltip

newyorkannie

# Import library
from d3blocks import D3Blocks

# Initialize
d3 = D3Blocks()

# import example
df = d3.import_example('cancer')

#          x          y   age  ... labels 

newyorkannie

# Import
from d3blocks import D3Blocks

# Initialize
d3 = D3Blocks()

# Import example
img_before, img_after = d3.import_example('unsplash')

print(img_before)

newyorkannie

# Import library
from d3blocks import D3Blocks

# Set color scheme
d3 = D3Blocks()

# Generate random data with various states
df = d3.import_example('random_time', n=10000, c=500, date_start="1-1-2000 00:10:05", date_stop="1-1-2001 23:59:59")

#                 datetime sample_id     state

newyorkannie

# Import library.
from d3blocks import D3Blocks

# Initialize and set the datetime format
d3 = D3Blocks()

# Import climate dataset
df = d3.import_example('climate')

# Print

newyorkannie

from d3blocks import D3Blocks

# Initialize
d3 = D3Blocks()

# Import example
df = d3.import_example('energy')

# Create the heatmap
d3.heatmap(df, showfig=True, stroke='red', vmax=10, figsize=(700,700))

newyorkannie

from d3blocks import D3Blocks

# Initialize
d3 = D3Blocks()

# Import example
df = d3.import_example('energy')

# Link settings
d3.chord(df, filepath='chord_demo.html')

newyorkannie

from d3blocks import D3Blocks

# Initialize
d3 = D3Blocks()

# Import example
df = d3.import_example('energy')

# Link settings
d3.sankey(df, link={"color": "source-target"})

newyorkannie

from d3blocks import D3Blocks

# Initialize
d3 = D3Blocks()

# Import example
df = d3.import_example('energy')

# Show the input data
print(df)