def make_crossfilter():
"""The root crossfilter controller"""
# Loading the dft data head as a
# pandas dataframe
autompg = load("francesca_data_head")
app = CrossFilter.create(df=autompg)
return app
def make_crossfilter():
autompg['cyl'] = autompg['cyl'].astype(str)
autompg['origin'] = autompg['origin'].astype(str)
# area = Ext()
app = CrossFilter.create(df=autompg)#, exts={"TRY": area})#, sources={'AutoMPG': autompg, 'Flowers': df_fl})
return app
def make_crossfilter():
"""The root crossfilter controller"""
# Loading the dft data head as a
# pandas dataframe
autompg = load("francesca_data_head")
app = CrossFilter.create(df=autompg)
return app
def make_crossfilter():
# autompg['cyl'] = autompg['cyl'].astype(str)
# autompg['origin'] = autompg['origin'].astype(str)
for col in ['INT_TIME', 'BINNING_SET', 'DUTY_CYCLE', 'MCP_VOLT',
'LYA_CENTROID']:
mydata[col] = mydata[col].astype(str)
app = CrossFilter.create(df=mydata)
return app
def make_crossfilter():
# autompg['cyl'] = autompg['cyl'].astype(str)
# autompg['origin'] = autompg['origin'].astype(str)
for col in [
'INT_TIME', 'BINNING_SET', 'DUTY_CYCLE', 'MCP_VOLT', 'LYA_CENTROID'
]:
mydata[col] = mydata[col].astype(str)
app = CrossFilter.create(df=mydata)
return app
def make_object():
autompg['cyl'] = autompg['cyl'].astype(str)
autompg['origin'] = autompg['origin'].astype(str)
app = CrossFilter.create(df=autompg)
return app
def make_crossfilter():
app = CrossFilter.create(df=df)
return app
def make_crossfilter():
app = CrossFilter.create(df=df)
return app
def make_crossfilter():
autompg['cyl'] = autompg['cyl'].astype(str)
autompg['origin'] = autompg['origin'].astype(str)
app = CrossFilter.create(df=autompg)
return app
def test2():
autompg['cyl'] = autompg['cyl'].astype(str)
autompg['origin'] = autompg['origin'].astype(str)
cross = CrossFilter.create(df=autompg)
return cross