modules/variance-analysis/vendor/modules/charting/setup_fig.py

import copy
import datetime as dt
import logging
import math

import numpy as np
import plotly.express as px
import plotly.graph_objects as go
import polars as pl
from plotly.subplots import make_subplots

from modules.charting.chart_primitives import change_metric_if_cost_analysis
from modules.utilities.config import (
    get_config_params,
    get_naming_params,
)
from modules.utilities.ui_notifier import ui
from modules.utilities.utils import get_schema_and_column_names


def setup_fig_for_stacked_column_charts(
    df, repeatArray, chosenDimension, paramDict, chartDict
):
    """
    we need to set up the subplots fig based on the number of subplots we want to draw
    """
    namingParams = get_naming_params()
    configParams = get_config_params()
    goldenRatio = configParams[namingParams["goldenRatio"]]
    chosenChart = namingParams["chosenChart"]
    plotSmallMultiplesKey = namingParams["plotSmallMultiplesOtherCharts"]
    deltaName = namingParams["deltaName"]
    figureName = namingParams["figureName"]
    chosenChart = chartDict[chosenChart]
    verticalSpacingDict = {
        1: 0,
        2: 0.08,
        3: 0.06,
        4: 0.05,
        5: 0.05,
        6: 0.04,
    }
    horizontalSpacing = 0.01
    subplotTitles = None
    if plotSmallMultiplesKey in chartDict and chartDict[plotSmallMultiplesKey]:
        numberOfItems = len(repeatArray)
        numberOfCols = 2
        plotSmallMultiples = True
        sharedYaxes = "all"
        numberOfCols = 2
        numberOfRows = int(math.ceil(numberOfItems / numberOfCols))
        if numberOfItems < numberOfCols:
            numberOfRows = 1
        specs = []
        rowHeights = []
        if len(repeatArray) > 1:
            subplotTitles = repeatArray
        showItems = subplotTitles
    else:
        numberOfCols = 1
        numberOfRows = 1
        sharedYaxes = None
        verticalSpacing = 0.05
    if numberOfRows in verticalSpacingDict:
        verticalSpacing = verticalSpacingDict[numberOfRows]
    else:
        verticalSpacing = verticalSpacingDict[len(verticalSpacingDict)]
    fig = make_subplots(
        rows=numberOfRows,
        cols=numberOfCols,
        shared_xaxes="all",
        shared_yaxes=sharedYaxes,
        vertical_spacing=verticalSpacing,
        horizontal_spacing=horizontalSpacing,
        subplot_titles=subplotTitles,
    )
    paramDict[figureName] = fig
    return paramDict, numberOfCols, numberOfRows


def setup_fig_for_multitier_bar_charts(
    repeatArray, chosenDimension, paramDict, chartDict
):
    """
    we need to set up the subplots fig based on the number of subplots we want to draw
    """
    namingParams = get_naming_params()
    configParams = get_config_params()
    goldenRatio = configParams[namingParams["goldenRatio"]]
    chosenChart = namingParams["chosenChart"]
    plotSmallMultiplesKey = namingParams["plotSmallMultiplesOtherCharts"]
    xAxisDimension = namingParams["xAxisDimension"]
    deltaName = namingParams["deltaName"]
    totalName = namingParams["totalName"]
    fatherAndChildDimensions = namingParams["fatherAndChildDimensions"]
    showTopForEachItem = namingParams["showTopForEachItem"]
    numberOfTopKey = namingParams["numberOfTop"]
    chosenChart = chartDict[chosenChart]
    verticalSpacingDict = {
        1: 0,
        2: 0.18,
        3: 0.10,
        4: 0.08,
        5: 0.06,
        6: 0.06,
    }
    subplotTitles = None
    if plotSmallMultiplesKey in chartDict and chartDict[plotSmallMultiplesKey]:
        numberOfItems = len(repeatArray)
        numberOfCols = 2
        numberOfRows = int(math.ceil(numberOfItems / numberOfCols))
        plotSmallMultiples = True
        sharedYaxes = None
        if xAxisDimension in chartDict:
            if (
                fatherAndChildDimensions in chartDict
                and chartDict[fatherAndChildDimensions]
            ) or chartDict[showTopForEachItem]:
                sharedYaxes = None
            else:
                sharedYaxes = "rows"
        sharedXaxes = "all"
        if numberOfItems < numberOfCols:
            numberOfRows = 1
        titleSpace = 150
        numberOfTop = chartDict["X"][numberOfTopKey]
        separationSpace = 20
        if chosenDimension == totalName:
            singleRowSpace = 20
            height = (
                titleSpace
                + (singleRowSpace * numberOfRows)
                + (separationSpace * (numberOfRows - 1))
            )
            width = (height * goldenRatio) * numberOfCols * 2.2
            verticalSpacing = 0.0
            horizontalSpacing = 0.15
        else:
            singleRowSpace = 25
            height = (
                titleSpace
                + (singleRowSpace * (numberOfTop + 1) * numberOfRows)
                + (separationSpace * numberOfRows - 1)
            )
            width = (
                (
                    titleSpace
                    + (separationSpace * (numberOfRows - 1))
                    + (singleRowSpace * (numberOfTop + 1))
                )
                * goldenRatio
                * numberOfCols
                * 1.1
            )
            horizontalSpacing = 0.35
            if numberOfRows in verticalSpacingDict:
                verticalSpacing = verticalSpacingDict[numberOfRows]
            else:
                verticalSpacing = 0.03
        if len(repeatArray) > 1:
            subplotTitles = repeatArray
            costSubplotTitles = []
            for element in subplotTitles:
                metric = change_metric_if_cost_analysis(element, chartDict)
                costSubplotTitles.append(metric)
            if subplotTitles != costSubplotTitles:
                subplotTitles = costSubplotTitles
        showItems = subplotTitles
        fig = make_subplots(
            rows=numberOfRows,
            cols=numberOfCols,
            shared_xaxes=sharedXaxes,
            shared_yaxes=sharedYaxes,
            vertical_spacing=verticalSpacing,
            horizontal_spacing=horizontalSpacing,
            subplot_titles=subplotTitles,
        )
    else:
        numberOfCols = 3
        numberOfRows = 1
        sharedYaxes = True
        # sharedXaxes=True
        height = None
        width = None
        colWidths = [0.4, 0.4, 0.2]
        showItems = ["", deltaName, deltaName + "%"]
        verticalSpacing = 0.05
        fig = make_subplots(
            rows=numberOfRows,
            cols=numberOfCols,
            shared_yaxes=sharedYaxes,
            column_widths=colWidths,
            subplot_titles=showItems,
            # vertical_spacing=verticalSpacing,
            # specs=specs,
            # shared_xaxes=sharedXaxes,
        )
    return fig, height, width, numberOfCols, numberOfRows


def setup_fig_for_horizontal_waterfall_charts(
    repeatArray, chosenDimension, chartDict, plotWithPins
):
    """
    we need to set up the subplots fig based on the number of subplots we want to draw
    """
    namingParams = get_naming_params()
    configParams = get_config_params()
    goldenRatio = configParams[namingParams["goldenRatio"]]
    filterDates = namingParams["filterDates"]
    chosenChart = namingParams["chosenChart"]
    plotSmallMultiplesKey = namingParams["plotSmallMultiplesOtherCharts"]
    deltaName = namingParams["deltaName"]
    chosenChart = chartDict[chosenChart]
    verticalSpacingDict = {
        1: 0,
        2: 0.08,
        3: 0.06,
        4: 0.05,
        5: 0.05,
        6: 0.04,
    }
    horizontalSpacing = 0.01
    subplotTitles = None
    if (
        not plotWithPins
        and plotSmallMultiplesKey in chartDict
        and chartDict[plotSmallMultiplesKey]
    ):
        numberOfItems = len(repeatArray)
        numberOfCols = 2
        height = 400
        plotSmallMultiples = True
        sharedYaxes = "all"
        sharedXaxes = "all"
        numberOfCols = 2
        numberOfRows = int(math.ceil(numberOfItems / numberOfCols))
        if numberOfItems < numberOfCols:
            numberOfRows = 1
        width = (height * goldenRatio) * numberOfCols
        specs = []
        rowHeights = []
        if numberOfRows > 1:
            height = height * (1 + numberOfRows / 3)
        if len(repeatArray) > 1:
            subplotTitles = repeatArray
        showItems = subplotTitles
        if numberOfRows in verticalSpacingDict:
            verticalSpacing = verticalSpacingDict[numberOfRows]
        else:
            verticalSpacing = verticalSpacingDict[len(verticalSpacingDict)]
        fig = make_subplots(
            rows=numberOfRows,
            cols=numberOfCols,
            shared_xaxes=sharedXaxes,
            shared_yaxes=sharedYaxes,
            vertical_spacing=verticalSpacing,
            horizontal_spacing=horizontalSpacing,
            subplot_titles=subplotTitles,
        )
    else:
        numberOfCols = 1
        numberOfRows = 2
        sharedYaxes = None
        sharedXaxes = True
        height = 500
        width = (height * goldenRatio) * (numberOfCols)
        specs = [[{}], [{"type": "waterfall"}]]
        rowHeights = [0.2, 0.8]
        showItems = [deltaName + "%", ""]
        verticalSpacing = 0.05
        fig = make_subplots(
            rows=numberOfRows,
            cols=numberOfCols,
            shared_xaxes=sharedXaxes,
            shared_yaxes=sharedYaxes,
            vertical_spacing=verticalSpacing,
            specs=specs,
            row_heights=rowHeights,
            subplot_titles=None,
        )
    return fig, height, width, numberOfCols, numberOfRows


def setup_venn_figure(fig, title, font, fontSize, plot):
    if plot:
        plt.title(
            title,
            fontname=font,
            # fontweight="bold",
            fontsize=fontSize,
            pad=15,
        )
        ui.pyplot(fig)
    return None


def setup_upset_figure(plt, title):
    namingParams = get_naming_params()
    configParams = get_config_params()
    font = configParams[namingParams["fontChoice"]]
    fontSize = configParams[namingParams["fontSizeText"]]
    plt.grid(visible=None)
    plt.xticks([])
    plt.yticks([])
    plt.title(
        title,
        fontname=font,
        # fontweight="bold",
        fontsize=fontSize,
        pad=15,
    )
    ui.pyplot(clear_figure=False)
    return plt


def setup_fig_for_timeline_charts(repeatArray, chosenDimension, paramDict, chartDict):
    """
    we need to set up the subplots fig based on the number of subplots we want to draw
    """
    namingParams = get_naming_params()
    configParams = get_config_params()
    goldenRatio = configParams[namingParams["goldenRatio"]]
    timelineChart = namingParams["timelineChart"]
    filterDates = namingParams["filterDates"]
    chosenChart = namingParams["chosenChart"]
    plotSmallMultiplesKey = namingParams["plotSmallMultiplesOtherCharts"]
    chosenChart = chartDict[chosenChart]
    verticalSpacingDict = {
        1: 0,
        2: 0.08,
        3: 0.06,
        4: 0.05,
        5: 0.05,
        6: 0.04,
    }
    horizontalSpacing = 0.01
    subplotTitles = None
    if (
        chosenChart in [timelineChart]
        and filterDates in chartDict
        and chartDict[filterDates]
    ):
        horizontalSpacing = 0.03
    if plotSmallMultiplesKey in chartDict and chartDict[plotSmallMultiplesKey]:
        numberOfItems = len(repeatArray)
        numberOfCols = 2
        height = 400
        if numberOfItems < numberOfCols:
            numberOfCols = numberOfItems
        plotSmallMultiples = True
        sharedYaxes = "all"
        numberOfRows = numberOfItems
        numberOfRows = int(math.ceil(numberOfItems / numberOfCols))
        width = (height * goldenRatio) * numberOfCols
        if numberOfRows > 1:
            height = height * (1 + numberOfRows / 3)
        if len(repeatArray) > 1:
            subplotTitles = repeatArray
    else:
        numberOfCols = 1
        numberOfRows = 1
        sharedYaxes = None
        height = 500
        width = (height * goldenRatio) * numberOfCols
    if numberOfRows in verticalSpacingDict:
        verticalSpacing = verticalSpacingDict[numberOfRows]
    else:
        verticalSpacing = verticalSpacingDict[len(verticalSpacingDict)]
    fig = make_subplots(
        rows=numberOfRows,
        cols=numberOfCols,
        shared_xaxes="all",
        shared_yaxes=sharedYaxes,
        vertical_spacing=verticalSpacing,
        horizontal_spacing=horizontalSpacing,
        subplot_titles=subplotTitles,
    )
    return fig, height, width, numberOfCols, numberOfRows


def setup_fig_for_multitier_column_charts(
    repeatArray, chosenDimension, paramDict, chartDict, plotWithPins
):
    """
    we need to set up the subplots fig based on the number of subplots we want to draw
    """
    namingParams = get_naming_params()
    configParams = get_config_params()
    goldenRatio = configParams[namingParams["goldenRatio"]]
    chosenChart = namingParams["chosenChart"]
    plotSmallMultiplesKey = namingParams["plotSmallMultiplesOtherCharts"]
    chosenChart = chartDict[chosenChart]
    verticalSpacingDict = {
        1: 0,
        2: 0.08,
        3: 0.06,
        4: 0.05,
        5: 0.05,
        6: 0.04,
    }
    horizontalSpacing = 0.04
    subplotTitles = None
    if (
        not plotWithPins
        and plotSmallMultiplesKey in chartDict
        and chartDict[plotSmallMultiplesKey]
    ):
        numberOfItems = len(repeatArray)
        numberOfCols = 2
        height = 400
        plotSmallMultiples = True
        sharedYaxes = "all"
        sharedXaxes = "all"
        numberOfCols = 2
        numberOfRows = int(math.ceil(numberOfItems / numberOfCols))
        if numberOfItems < numberOfCols:
            numberOfRows = 1
        width = (height * goldenRatio) * numberOfCols
        if numberOfRows > 1:
            height = height * (1 + numberOfRows / 3)
        if len(repeatArray) > 1:
            subplotTitles = repeatArray
        showItems = subplotTitles
        if numberOfRows in verticalSpacingDict:
            verticalSpacing = verticalSpacingDict[numberOfRows]
        else:
            verticalSpacing = verticalSpacingDict[len(verticalSpacingDict)]
        fig = make_subplots(
            rows=numberOfRows,
            cols=numberOfCols,
            shared_xaxes=sharedXaxes,
            shared_yaxes=sharedYaxes,
            vertical_spacing=verticalSpacing,
            horizontal_spacing=horizontalSpacing,
            subplot_titles=subplotTitles,
        )
    else:
        numberOfCols = 1
        numberOfRows = 3
        sharedYaxes = None
        sharedXaxes = True
        height = 500
        width = (height * goldenRatio) * numberOfCols
        specs = [
            [{}],
            [{}],
            [{}],
        ]
        rowHeights = [0.2, 0.4, 0.4]
        verticalSpacing = 0.05
        fig = make_subplots(
            rows=numberOfRows,
            cols=numberOfCols,
            shared_xaxes=sharedXaxes,
            shared_yaxes=sharedYaxes,
            vertical_spacing=verticalSpacing,
            specs=specs,
            row_heights=rowHeights,
        )
    return fig, height, width, numberOfCols, numberOfRows


def setup_fig_for_slope_charts(repeatArray, chosenDimension, paramDict, chartDict):
    """
    we need to set up the subplots fig based on the number of subplots we want to draw
    """
    namingParams = get_naming_params()
    configParams = get_config_params()
    goldenRatio = configParams[namingParams["goldenRatio"]]
    timelineChart = namingParams["timelineChart"]
    filterDates = namingParams["filterDates"]
    chosenChart = namingParams["chosenChart"]
    plotSmallMultiplesKey = namingParams["plotSmallMultiplesOtherCharts"]
    chosenChart = chartDict[chosenChart]
    verticalSpacingDict = {
        1: 0,
        2: 0.02,
        3: 0.06,
        4: 0.05,
        5: 0.05,
        6: 0.04,
    }
    horizontalSpacing = 0.005
    subplotTitles = None
    if (
        chosenChart in [timelineChart]
        and filterDates in chartDict
        and chartDict[filterDates]
    ):
        horizontalSpacing = 0.001
    if plotSmallMultiplesKey in chartDict and chartDict[plotSmallMultiplesKey]:
        numberOfItems = len(repeatArray)
        numberOfCols = numberOfItems
        width = 250
        if numberOfItems < numberOfCols:
            numberOfCols = numberOfItems
        plotSmallMultiples = True
        sharedYaxes = "all"
        numberOfRows = 1
        height = width * ((goldenRatio * 2) - 1)
        width = width * numberOfCols
        if numberOfCols == 1:
            width = width * 1.5
        elif numberOfCols < 3:
            width = width * 1.15
        if len(repeatArray) > 1:
            subplotTitles = repeatArray
    else:
        numberOfCols = 1
        numberOfRows = 1
        sharedYaxes = None
        width = 500
        height = width * goldenRatio
        width = width * numberOfCols
    if numberOfRows in verticalSpacingDict:
        verticalSpacing = verticalSpacingDict[numberOfRows]
    else:
        verticalSpacing = verticalSpacingDict[len(verticalSpacingDict)]
    fig = make_subplots(
        rows=numberOfRows,
        cols=numberOfCols,
        shared_xaxes="all",
        shared_yaxes=sharedYaxes,
        vertical_spacing=verticalSpacing,
        horizontal_spacing=horizontalSpacing,
        subplot_titles=subplotTitles,
    )
    return fig, height, width, numberOfCols, numberOfRows


def add_by_to_syn_plot_col_labels(df: pl.LazyFrame) -> pl.LazyFrame:
    """
    Prefix each column name with "by " using Polars rename mapping.

    This operates lazily and avoids any pandas-style operations.
    """
    # Build an old->new column name map like {"A": "by A", ...}
    columns, _ = get_schema_and_column_names(df)
    rename_map = {col: f"by {col}" for col in columns}
    return df.rename(rename_map)


def setup_fig_for_stacked_bar_charts(
    df, column, repeatArray, chosenDimension, paramDict, chartDict
):
    """
    we need to set up the subplots fig based on the number of subplots we want to draw
    """
    namingParams = get_naming_params()
    configParams = get_config_params()
    goldenRatio = configParams[namingParams["goldenRatio"]]
    chosenChart = namingParams["chosenChart"]
    deltaName = namingParams["deltaName"]
    figureName = namingParams["figureName"]
    fatherAndChildDimensions = namingParams["fatherAndChildDimensions"]
    showTopForEachItem = namingParams["showTopForEachItem"]
    yAxisDimension = namingParams["yAxisDimension"]
    totalName = namingParams["totalName"]
    numberOfRowsKey = namingParams["numberOfRows"]
    numberOfColsKey = namingParams["numberOfCols"]
    chosenChart = chartDict[chosenChart]
    verticalSpacingDict = {
        1: 0,
        2: 0.08,
        3: 0.06,
        4: 0.05,
        5: 0.05,
        6: 0.04,
    }
    horizontalSpacing = 0.01
    subplotTitles = None
    if column != totalName:
        numberOfItems = len(repeatArray)
        numberOfCols = 2
        plotSmallMultiples = True
        sharedYaxes = "all"
        if yAxisDimension in chartDict:
            if (
                fatherAndChildDimensions in chartDict
                and chartDict[fatherAndChildDimensions]
            ) or chartDict[showTopForEachItem]:
                sharedYaxes = None
            else:
                sharedYaxes = "rows"
        numberOfCols = 2
        numberOfRows = int(math.ceil(numberOfItems / numberOfCols))
        if numberOfItems < numberOfCols:
            numberOfRows = 1
        specs = []
        rowHeights = []
        if len(repeatArray) > 1:
            subplotTitles = repeatArray
        showItems = subplotTitles
        horizontalSpacing = 0.1
    else:
        numberOfCols = 1
        numberOfRows = 1
        sharedYaxes = None
        verticalSpacing = 0.05
    if numberOfRows in verticalSpacingDict:
        verticalSpacing = verticalSpacingDict[numberOfRows]
    else:
        verticalSpacing = verticalSpacingDict[len(verticalSpacingDict)]
    fig = make_subplots(
        rows=numberOfRows,
        cols=numberOfCols,
        shared_xaxes="all",
        shared_yaxes=sharedYaxes,
        vertical_spacing=verticalSpacing,
        horizontal_spacing=horizontalSpacing,
        subplot_titles=subplotTitles,
    )
    paramDict[figureName] = fig
    paramDict[numberOfRowsKey] = numberOfRows
    paramDict[numberOfColsKey] = numberOfCols
    return paramDict, numberOfCols, numberOfRows


def setup_fig_for_actual_vs_previous_year_charts(
    repeatArray, chosenDimension, paramDict, chartDict, plotWithPins
):
    """
    we need to set up the subplots fig based on the number of subplots we want to draw
    """
    namingParams = get_naming_params()
    configParams = get_config_params()
    goldenRatio = configParams[namingParams["goldenRatio"]]
    chosenChart = namingParams["chosenChart"]
    plotSmallMultiplesKey = namingParams["plotSmallMultiplesOtherCharts"]
    chosenChart = chartDict[chosenChart]
    verticalSpacingDict = {
        1: 0,
        2: 0.08,
        3: 0.06,
        4: 0.05,
        5: 0.05,
        6: 0.04,
    }
    horizontalSpacing = 0.01
    subplotTitles = None
    if (
        not plotWithPins
        and plotSmallMultiplesKey in chartDict
        and chartDict[plotSmallMultiplesKey]
    ):
        numberOfItems = len(repeatArray)
        numberOfCols = 2
        height = 400
        if numberOfItems < numberOfCols:
            numberOfCols = numberOfItems
        plotSmallMultiples = True
        sharedYaxes = "all"
        numberOfCols = 2
        numberOfRows = numberOfItems
        numberOfRows = int(math.ceil(numberOfItems / numberOfCols))
        width = (height * goldenRatio) * numberOfCols
        if numberOfRows > 1:
            height = height * (1 + numberOfRows / 3)
        if len(repeatArray) > 1:
            subplotTitles = repeatArray
    else:
        numberOfCols = 1
        numberOfRows = 1
        sharedYaxes = None
        height = 500
        width = (height * goldenRatio) * numberOfCols
    if numberOfRows in verticalSpacingDict:
        verticalSpacing = verticalSpacingDict[numberOfRows]
    else:
        verticalSpacing = verticalSpacingDict[len(verticalSpacingDict)]
    fig = make_subplots(
        rows=numberOfRows,
        cols=numberOfCols,
        shared_xaxes="all",
        shared_yaxes=sharedYaxes,
        vertical_spacing=verticalSpacing,
        horizontal_spacing=horizontalSpacing,
        subplot_titles=subplotTitles,
    )
    return fig, height, width, numberOfCols, numberOfRows


def add_integrated_legends_to_trend_plot(fig, df, countRows, countCols, yArray):
    fig.add_annotation(
        text=yArray[0],
        showarrow=False,
        align="center",
        yshift=0,
        y=df.get_column(yArray[0]).first(),
        yref="y",
        x=0,
        ax=0,
        xshift=-30,
        xref="paper",
        hovertext=yArray[0],
        row=countRows,
        col=countCols,
    )
    fig.add_annotation(
        text=yArray[1],
        showarrow=False,
        align="center",
        yshift=0,
        y=df.get_column(yArray[1]).first(),
        yref="y",
        x=0,
        ax=0,
        xshift=-30,
        xref="paper",
        hovertext=yArray[1],
        row=countRows,
        col=countCols,
    )
    return fig


def setup_fig_for_mekko_charts(
    df, column, repeatArray, chosenDimension, paramDict, chartDict
):
    """
    we need to set up the subplots fig based on the number of subplots we want to draw
    """
    namingParams = get_naming_params()
    configParams = get_config_params()
    goldenRatio = configParams[namingParams["goldenRatio"]]
    chosenChart = namingParams["chosenChart"]
    deltaName = namingParams["deltaName"]
    figureName = namingParams["figureName"]
    fatherAndChildDimensions = namingParams["fatherAndChildDimensions"]
    showTopForEachItem = namingParams["showTopForEachItem"]
    yAxisDimension = namingParams["yAxisDimension"]
    totalName = namingParams["totalName"]
    numberOfRowsKey = namingParams["numberOfRows"]
    numberOfColsKey = namingParams["numberOfCols"]
    chosenChart = chartDict[chosenChart]
    verticalSpacingDict = {
        1: 0,
        2: 0.06,
        3: 0.05,
        4: 0.04,
        5: 0.04,
        6: 0.03,
    }
    horizontalSpacing = 0.01
    subplotTitles = None
    sharedXaxes = None
    sharedYaxes = None
    if column != totalName:
        numberOfItems = len(repeatArray)
        numberOfCols = 2
        plotSmallMultiples = True
        numberOfCols = 2
        numberOfRows = int(math.ceil(numberOfItems / numberOfCols))
        if numberOfItems < numberOfCols:
            numberOfRows = 1
        specs = []
        rowHeights = []
        if len(repeatArray) > 1:
            subplotTitles = repeatArray
        showItems = subplotTitles
        horizontalSpacing = 0.12
    else:
        numberOfCols = 1
        numberOfRows = 1
        sharedYaxes = None
        verticalSpacing = 0.05
    if numberOfRows in verticalSpacingDict:
        verticalSpacing = verticalSpacingDict[numberOfRows]
    else:
        verticalSpacing = verticalSpacingDict[len(verticalSpacingDict)]
    fig = make_subplots(
        rows=numberOfRows,
        cols=numberOfCols,
        shared_xaxes=sharedXaxes,
        shared_yaxes=sharedYaxes,
        vertical_spacing=verticalSpacing,
        horizontal_spacing=horizontalSpacing,
        subplot_titles=subplotTitles,
    )
    if subplotTitles:
        title_annotations = [
            ann for ann in fig.layout.annotations if ann.text in subplotTitles
        ]
        for idx, ann in enumerate(title_annotations):
            axis_index = idx + 1
            xaxis_key = "xaxis" if axis_index == 1 else f"xaxis{axis_index}"
            xaxis = getattr(fig.layout, xaxis_key, None)
            domain = getattr(xaxis, "domain", None) if xaxis else None
            if domain and len(domain) == 2:
                axis_ref = xaxis_key.replace("axis", "")
                ann.x = 0.5
                ann.xref = f"{axis_ref} domain"
            ann.xanchor = "center"
            ann.align = "center"
    paramDict[figureName] = fig
    paramDict[numberOfRowsKey] = numberOfRows
    paramDict[numberOfColsKey] = numberOfCols
    return paramDict, numberOfCols, numberOfRows