"""
Tooltip
=======
"""

# %%
# Tooltip contents
# ----------------

# %%
# Contents of a tooltip can be controled by the `tooltip` argument.

# %%
# Add data by giving an array.

import plotly
import ptvis


elements = list(ptvis.Element)
tooltip = {"atomic_number": [element.value for element in elements]}

fig = plotly.graph_objects.Figure()
ptvis.attach_plain_cells(fig, elements, tooltip=tooltip)

plotly.io.show(fig)

# %%
# Change a position of a default item by giving ``True`` at a desired position.

import plotly
import ptvis


elements = list(ptvis.Element)
tooltip = {
    "atomic_number": [element.value for element in elements],
    "element": True,
}

fig = plotly.graph_objects.Figure()
ptvis.attach_plain_cells(fig, elements, tooltip=tooltip)

plotly.io.show(fig)

# %%
# Remove a default item by giving ``False``.

import plotly
import ptvis


elements = list(ptvis.Element)
tooltip = {"element": False}

fig = plotly.graph_objects.Figure()
ptvis.attach_plain_cells(fig, elements, tooltip=tooltip)

plotly.io.show(fig)

# %%
# Changing labels
# ---------------

# %%
# An alternative label can be given by the `labels` argument.

import plotly
import ptvis


elements = list(ptvis.Element)

fig = plotly.graph_objects.Figure()
ptvis.attach_plain_cells(fig, elements, labels={"element": "symbol"})

plotly.io.show(fig)

# %%
# Format of values
# ----------------

# %%
# A format of values can be specified by the `formats` argument.

import plotly
import ptvis


elements = list(ptvis.Element)
tooltip = {"atomic_number": [element.value for element in elements]}

fig = plotly.graph_objects.Figure()
ptvis.attach_plain_cells(
    fig,
    elements,
    tooltip=tooltip,
    formats={"atomic_number": ":.1f"},
)

plotly.io.show(fig)