using VegaLite, VegaDatasets
dataset("unemployment-across-industries") |>
@vlplot(
:area,
width=300, height=200,
x={
"yearmonth(date)",
axis={format="%Y"}
},
y={
"sum(count)",
axis={title="count"}
}
)
using VegaLite, VegaDatasets
dataset("stocks") |>
@vlplot(
mark={
:area,
line={color="darkgreen"},
color={
x1=1,
y1=1,
x2=1,
y2=0,
gradient=:linear,
stops=[
{offset=0,color="white"},
{offset=1,color="darkgreen"}
]
}
},
transform=[{filter="datum.symbol==='GOOG'"}],
x="date:t",
y="price:q"
)
using VegaLite, VegaDatasets
dataset("stocks") |>
@vlplot(
transform=[{filter="datum.symbol==='GOOG'"}],
mark={
:area,
line=true,
point=true
},
x="date:t",
y=:price
)
using VegaLite, VegaDatasets
dataset("unemployment-across-industries") |>
@vlplot(
:area,
width=300, hieght=200,
x={
"yearmonth(date)",
axis={format="%Y"}
},
y="sum(count)",
color={
:series,
scale={scheme="category20b"}
}
)
using VegaLite, VegaDatasets
dataset("unemployment-across-industries") |>
@vlplot(
:area,
width=300, height=200,
x={
"yearmonth(date)",
axis={
domain=false,
format="%Y"
}
},
y={
"sum(count)",
axis=nothing,
stack=:normalize
},
color={
:series,
scale={scheme="category20b"}
}
)
using VegaLite, VegaDatasets
dataset("unemployment-across-industries") |>
@vlplot(
:area,
width=300, height=200,
x={
"yearmonth(date)",
axis={
domain=false,
format="%Y",
tickSize=0
}
},
y={
"sum(count)",
axis=nothing,
stack=:center
},
color={
:series,
scale={scheme="category20b"}
}
)
using VegaLite, DataFrames
data = DataFrame(
x=1:20,
y=[28,55,43,91,81,53,19,87,52,48,24,49,87,66,17,27,68,16,49,15]
)
data |>
@vlplot(width=300, height=50, config={area={interpolate=:monotone}}) +
@vlplot(
mark={
:area,
clip=true,
orient=:vertical
},
x={:x, scale={zero=false, nice=false}},
y={:y, scale={domain=[0,50]}},
opacity={value=0.6}
) +
@vlplot(
transform=[{calculate="datum.y-50", as=:ny}],
mark={
:area,
clip=true,
orient=:vertical
},
x=:x,
y={
"ny:q",
scale={domain=[0,50]},
axis={title="y"}
},
opacity={value=0.3}
)