Sales Dashboard in Python by Plotly Dash 1

Build sales dashboard in python using interactive plotly data visualization library and dash web app library.

There are six graphs and one drop down list in this Sales Dashboard in Python by Plotly Dash with plotly data visualization library and dash library for web app.Selecting any country name from the drop down list, all graphs are dynamically changed.In some graphs,there are secondary y-axis.Custom hover effect is created for each graph to get information related to each product.Yearly sales graph shows sales for each year and it is compared to total number of quantity ordered in each year.Monthly sales graph shows sales for each month for selected country from the drop down list.

Import Library

Lines 1-6

First of all import necessary library for this dashboard. For this type of dashboard, I have used dash core components, dash html components, plotly graph objects and pandas for creating data frame.

Data

Line 9

Read CSV file using pandas read function. Don’t forget to insert encoding argument for escape unicode in CSV file inside read function.

Title

Lines 11-26

First of all create layout of dash. Using html component of dash give title of this dashboard as you want. Style title of dashboard using html style library as you want and adjust it according to your computer screen space. Similarly, give author name of this dashboard and place it right side of dashboard title using float right html library.

Drop Down List

Lines 28-38

Using dash core component, create a drop down list and place it on the middle of the page. Use many parameters of drop down list. For example, type any country name for value parameter. In options parameter, use pandas unique function to retrieve unique country name from the column of country to the data frame.

Charts

Lines 41-89

Using dash core components, create layout of six charts. Give unique id to each chart. Select display mode bar False or hover in configuration parameter. Adjust position and width of each chart using html style library according to your system screen resolution.

Data and Layout for each chart

Lines 92-811

After important component of dash that is callback, first of all define each chart and create specific data frame for each chart. Then display data on the chart using the newly created data frame. Format data on the chart using many parameters of chart. Format each chart layout. In layout of chart, we can format x-axis, y-axis and legend values. we can also increase and decrease width of chart. I have used many parameters to format these charts. You can see below these parameters in the code template. Please read the code below step by step, you will find there many useful parameters that are required in plotly chart in data and layout sections.

Download the csv data file using the below link.

https://www.kaggle.com/kyanyoga/sample-sales-data

To see full code,hover on the code area and use horizontal scrollbar if needed.

import dash
import dash_core_components as dcc
import dash_html_components as html
from dash.dependencies import Input, Output
import plotly.graph_objs as go
import pandas as pd

sales1 = pd.read_csv("sales_data_sample.csv", encoding='unicode_escape')

app = dash.Dash(__name__,)
app.layout = html.Div([

html.Div([
    html.Br(), html.Br(),
    html.H1('Sample Sales Data Dashboard')],
    style={'margin-left': '5%','color':'#808000','width': '50%', 'display': 'inline-block'

}),

html.Div([
    html.Br(), html.Br(),
    html.H4('Prepared by: Mubeen Ali')],
    style={'color':'#17202A','width': '30%', 'display': 'inline-block', 'float': 'right'

}),

html.Div([
        html.Label('Select a Country:'),
        dcc.Dropdown(id='w_countries',
                     multi=False,
                     clearable=True,
                     value='Australia',
                     placeholder='Select Countries',
                     options=[{'label': c, 'value': c}
                              for c in (sales1['COUNTRY'].unique())])

], style={'width': '10%','margin-left': '45%'}),

# Create combination of bar chart and line chart (Compare quantity ordered to each price of product)
html.Div([
    html.Br(),
    dcc.Graph(id='bar_line_1',
              config={'displayModeBar': False}),

],style={'margin-left': '1.4%','width': '50%', 'display': 'inline-block'}),

# Create combination of bar chart and line chart (Compare sales to each price of product)
html.Div([
    html.Br(),
    dcc.Graph(id='bar_line_2',
              config={'displayModeBar': False}),

],style={'width': '48.6%', 'display': 'inline-block', 'float': 'right'}),

# Create group bar chart (Compare sales and quantity ordered for each product)
html.Div([
    html.Br(),
    dcc.Graph(id='bar_bar_3',
              config={'displayModeBar': False}),

],style={'margin-left': '1.4%','width': '50%', 'display': 'inline-block'}),

# Create combination of bar chart and line chart (Compare each year sales and q. ordered for each product)
html.Div([
    html.Br(),
    dcc.Graph(id='bar_line_4',
              config={'displayModeBar': False}),

],style={'width': '48.6%', 'display': 'inline-block', 'float': 'right'}),

# Create line chart (each month sales)
html.Div([
    html.Br(),
    dcc.Graph(id='line_line_5',
              config={'displayModeBar': False}),

],style={'margin-left': '1.4%','width': '50%', 'display': 'inline-block', 'margin-bottom':'3%'}),

# Create scatter chart (Compare sales and q. ordered)
html.Div([
        html.Br(),
        dcc.Graph(id='scatter_6',
                  config={'displayModeBar': False}),

], style={'width': '48.6%', 'display': 'inline-block', 'float': 'right', 'margin-bottom':'3%'}),

], style={'background-color': '#e6e6e6'})

# Create combination of bar chart and line chart (Compare quantity ordered to each price of product)
@app.callback(Output('bar_line_1', 'figure'),
              [Input('w_countries', 'value')])
def update_graph(w_countries):
# Data for bar
    product_sales1 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['QUANTITYORDERED'].sum().reset_index()
# Data for line
    product_sales2 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['PRICEEACH'].mean().reset_index()

return {
        'data': [go.Bar(x=product_sales1[product_sales1['COUNTRY'] == w_countries]['PRODUCTLINE'],
                        y=product_sales1[product_sales1['COUNTRY'] == w_countries]['QUANTITYORDERED'],
                        text=product_sales1[product_sales1['COUNTRY'] == w_countries]['QUANTITYORDERED'],
                        name='Quantity Ordered',
                        texttemplate='%{text:.2s}',
                        textposition='auto',
                        marker=dict(
                            color=product_sales1[product_sales1['COUNTRY'] == w_countries]['QUANTITYORDERED'],
                            colorscale='phase',
                            showscale=False),
                        yaxis='y1',

hoverinfo='text',
 hovertext=
 'Country: ' + product_sales1[product_sales1['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+
 'Q.Ordered: ' + [f'{x:,.0f}' for x in product_sales1[product_sales1['COUNTRY'] == w_countries]['QUANTITYORDERED']] + ' '+
 'Product: ' + product_sales1[product_sales1['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '

go.Scatter(
 x=product_sales2[product_sales2['COUNTRY'] == w_countries]['PRODUCTLINE'],
 y=product_sales2[product_sales2['COUNTRY'] == w_countries]['PRICEEACH'],
 name='Price of Product',
 text=product_sales2[product_sales2['COUNTRY'] == w_countries]['PRICEEACH'],
 mode='markers + lines',
 marker=dict(color='#bd3786'),
 yaxis='y2',
 hoverinfo='text',
 hovertext=
 'Country: ' + product_sales2[product_sales2['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+
 'Price: $' + [f'{x:,.0f}' for x in product_sales2[product_sales2['COUNTRY'] == w_countries]['PRICEEACH']] + ' '+
 'Product: ' + product_sales2[product_sales2['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '
 )],

'layout': go.Layout(
             width=780,
             height=520,
             title={
                'text': 'Quantity ordered and price of each product : ' + (w_countries),
                'y': 0.93,
                'x': 0.43,
                'xanchor': 'center',
                'yanchor': 'top'},
             titlefont={'family': 'Oswald',
                        'color': 'rgb(230, 34, 144)',
                        'size': 25},

hovermode='x',

xaxis=dict(title='Name of Product',
 color='rgb(230, 34, 144)',
 showline=True,
 showgrid=True,
 showticklabels=True,
 linecolor='rgb(104, 204, 104)',
 linewidth=2,
 ticks='outside',
 tickfont=dict(
 family='Arial',
 size=12,
 color='rgb(17, 37, 239)'
 )

yaxis=dict(title='Quantity Ordered',
 color='rgb(230, 34, 144)',
 showline=True,
 showgrid=True,
 showticklabels=True,
 linecolor='rgb(104, 204, 104)',
 linewidth=2,
 ticks='outside',
 tickfont=dict(
 family='Arial',
 size=12,
 color='rgb(17, 37, 239)'
 )

),
 yaxis2=dict(title='Price of Each Product ($)', overlaying='y', side='right',
 color='rgb(230, 34, 144)',
 showline=True,
 showgrid=False,
 showticklabels=True,
 linecolor='rgb(104, 204, 104)',
 linewidth=2,
 ticks='outside',
 tickfont=dict(
 family='Arial',
 size=12,
 color='rgb(17, 37, 239)'
 )

legend=dict(title='',
                         x=0.25,
                         y=1.08,
                         orientation='h',
                         bgcolor='rgba(255, 255, 255, 0)',
                         traceorder="normal",
                         font=dict(
                              family="sans-serif",
                              size=12,
                              color='#000000')),

legend_title_font_color="green",
                         uniformtext_minsize=12,
                         uniformtext_mode='hide',

)

}

# Create combination of bar chart and line chart (Compare sales to each price of product)
@app.callback(Output('bar_line_2', 'figure'),
              [Input('w_countries', 'value')])
def update_graph(w_countries):
# Data for bar
    product_sales3 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['SALES'].sum().reset_index()
# Data for line
    product_sales4 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['PRICEEACH'].mean().reset_index()

return {
        'data': [go.Bar(x=product_sales3[product_sales3['COUNTRY'] == w_countries]['PRODUCTLINE'],
                        y=product_sales3[product_sales3['COUNTRY'] == w_countries]['SALES'],
                        text=product_sales3[product_sales3['COUNTRY'] == w_countries]['SALES'],
                        name='Total Sales',
                        texttemplate='%{text:.2s}',
                        textposition='auto',
                        marker=dict(
                            color=product_sales3[product_sales3['COUNTRY'] == w_countries]['SALES'],
                            colorscale='portland',
                            showscale=False),
                        yaxis='y1',

hoverinfo='text',
 hovertext=
 'Country: ' + product_sales3[product_sales3['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+
 'Sales: $' + [f'{x:,.0f}' for x in product_sales3[product_sales3['COUNTRY'] == w_countries]['SALES']] + ' '+
 'Product: ' + product_sales3[product_sales3['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '

go.Scatter(
 x=product_sales4[product_sales4['COUNTRY'] == w_countries]['PRODUCTLINE'],
 y=product_sales4[product_sales4['COUNTRY'] == w_countries]['PRICEEACH'],
 name='Price of Product',
 text=product_sales4[product_sales4['COUNTRY'] == w_countries]['PRICEEACH'],
 mode='markers + lines',
 marker=dict(color='#bd3786'),
 yaxis='y2',
 hoverinfo='text',
 hovertext=
 'Country: ' + product_sales4[product_sales4['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+
 'Product: ' + product_sales4[product_sales4['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '+
 'Price: $' + [f'{x:,.0f}' for x in product_sales4[product_sales4['COUNTRY'] == w_countries]['PRICEEACH']] + ' '
 )],

'layout': go.Layout(
             width=780,
             height=520,
             title={
                'text': 'Total Sales and price of each product : ' + (w_countries),
                'y': 0.93,
                'x': 0.43,
                'xanchor': 'center',
                'yanchor': 'top'},
             titlefont={'family': 'Oswald',
                        'color': 'rgb(230, 34, 144)',
                        'size': 25},

hovermode='x',

yaxis=dict(title='Total Sales',
 color='rgb(230, 34, 144)',
 showline=True,
 showgrid=True,
 showticklabels=True,
 linecolor='rgb(104, 204, 104)',
 linewidth=2,
 ticks='outside',
 tickfont=dict(
 family='Arial',
 size=12,
 color='rgb(17, 37, 239)'
 )

legend_title_font_color="green",
                         uniformtext_minsize=12,
                         uniformtext_mode='hide',

)

}

# Create group bar chart (Compare sales and quantity ordered for each product)
@app.callback(Output('bar_bar_3', 'figure'),
              [Input('w_countries', 'value')])
def update_graph(w_countries):
# Data for bar
    product_sales5 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['SALES'].sum().reset_index()
# Data for line
    product_sales6 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['QUANTITYORDERED'].sum().reset_index()

return {
 'data': [go.Bar(x=product_sales5[product_sales5['COUNTRY'] == w_countries]['PRODUCTLINE'],
 y=product_sales5[product_sales5['COUNTRY'] == w_countries]['SALES'],
 text=product_sales5[product_sales5['COUNTRY'] == w_countries]['SALES'],
 name='Total Sales',
 texttemplate='%{text:.2s}',
 textposition='auto',
 # marker=dict(
 # color=product_sales5[product_sales5['COUNTRY'] == w_countries]['SALES'],
 # colorscale='portland',
 # showscale=False),
 marker = dict(color='rgb(214, 137, 16)'),
 yaxis='y1',
 offsetgroup=1,
 hoverinfo='text',
 hovertext=
 'Country: ' + product_sales5[product_sales5['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+
 'Product: ' + product_sales5[product_sales5['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '+
 'Total Sales: $' + [f'{x:,.0f}' for x in product_sales5[product_sales5['COUNTRY'] == w_countries]['SALES']] + ' '
 ),

go.Bar(
 x=product_sales6[product_sales6['COUNTRY'] == w_countries]['PRODUCTLINE'],
 y=product_sales6[product_sales6['COUNTRY'] == w_countries]['QUANTITYORDERED'],
 name='Total Q. Ordered',
 text=product_sales6[product_sales6['COUNTRY'] == w_countries]['QUANTITYORDERED'],
 texttemplate='%{text:.2s}',
 textposition='auto',
 marker=dict(color='rgb(112, 123, 124)'),
 yaxis='y2',
 offsetgroup=2,
 hoverinfo='text',
 hovertext=
 'Country: ' + product_sales6[product_sales6['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+
 'Product: ' + product_sales6[product_sales6['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '+
 'Total Q. Ordered: ' + [f'{x:,.0f}' for x in product_sales6[product_sales6['COUNTRY'] == w_countries]['QUANTITYORDERED']] + ' '
 )],

'layout': go.Layout(
             width=780,
             height=520,
             title={
                'text': 'Total Sales and Quantity ordered of each product : ' + (w_countries),
                'y': 0.93,
                'x': 0.43,
                'xanchor': 'center',
                'yanchor': 'top'},
             titlefont={'family': 'Oswald',
                        'color': 'rgb(230, 34, 144)',
                        'size': 25},

hovermode='x',

),
 yaxis2=dict(title='Total Quantity Ordered', overlaying='y', side='right',
 color='rgb(230, 34, 144)',
 showline=True,
 showgrid=False,
 showticklabels=True,
 linecolor='rgb(104, 204, 104)',
 linewidth=2,
 ticks='outside',
 tickfont=dict(
 family='Arial',
 size=12,
 color='rgb(17, 37, 239)'
 )

legend_title_font_color="green",
                         uniformtext_minsize=12,
                         uniformtext_mode='hide',

)

}

# Create combination of bar chart and line chart (Compare each year sales and q. ordered for each product)
@app.callback(Output('bar_line_4', 'figure'),
              [Input('w_countries', 'value')])
def update_graph(w_countries):
# Data for bar
    product_sales7 = sales1.groupby(['COUNTRY', 'YEAR_ID'])['SALES'].sum().reset_index()
# Data for line
    product_sales8 = sales1.groupby(['COUNTRY', 'YEAR_ID'])['QUANTITYORDERED'].sum().reset_index()

return {
 'data': [go.Bar(x=product_sales7[product_sales7['COUNTRY'] == w_countries]['YEAR_ID'],
 y=product_sales7[product_sales7['COUNTRY'] == w_countries]['SALES'],
 text=product_sales7[product_sales7['COUNTRY'] == w_countries]['SALES'],
 name='Total Sales',
 texttemplate='%{text:.2s}',
 textposition='auto',
 # marker=dict(
 # color=product_sales1[product_sales1['COUNTRY'] == w_countries]['QUANTITYORDERED'],
 # colorscale='phase',
 # showscale=False),
 marker = dict(color='rgb(11, 220, 239)'),
 yaxis='y1',
 hoverinfo='text',
 hovertext=
 'Country: ' + product_sales7[product_sales7['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+
 'Total Sales: $' + [f'{x:,.0f}' for x in product_sales7[product_sales7['COUNTRY'] == w_countries]['SALES']] + ' '+
 'Year: ' + product_sales7[product_sales7['COUNTRY'] == w_countries]['YEAR_ID'].astype(str) + ' '
 ),

go.Scatter(
 x=product_sales8[product_sales8['COUNTRY'] == w_countries]['YEAR_ID'],
 y=product_sales8[product_sales8['COUNTRY'] == w_countries]['QUANTITYORDERED'],
 name='Total Q. Ordered',
 text=product_sales8[product_sales8['COUNTRY'] == w_countries]['QUANTITYORDERED'],
 mode='markers + lines',
 marker=dict(color='#bd3786'),
 yaxis='y2',
 hoverinfo='text',
 hovertext=
 'Country: ' + product_sales8[product_sales8['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+
 'Total Q. Ordered: ' + [f'{x:,.0f}' for x in product_sales8[product_sales8['COUNTRY'] == w_countries]['QUANTITYORDERED']] + ' '+
 'Year: ' + product_sales8[product_sales8['COUNTRY'] == w_countries]['YEAR_ID'].astype(str) + ' '
 )],

'layout': go.Layout(
             width=780,
             height=520,
             title={
                'text': 'Yearly sales and quantity ordered for each product : ' + (w_countries),
                'y': 0.93,
                'x': 0.43,
                'xanchor': 'center',
                'yanchor': 'top'},
             titlefont={'family': 'Oswald',
                        'color': 'rgb(230, 34, 144)',
                        'size': 25},

hovermode='x',

xaxis=dict(title='Name of Product',
 tick0=0,
 dtick=1,
 color='rgb(230, 34, 144)',
 showline=True,
 showgrid=True,
 showticklabels=True,
 linecolor='rgb(104, 204, 104)',
 linewidth=2,
 ticks='outside',
 tickfont=dict(
 family='Arial',
 size=12,
 color='rgb(17, 37, 239)'
 )

),
 yaxis2=dict(title='Total Q. Ordered', overlaying='y', side='right',
 color='rgb(230, 34, 144)',
 showline=True,
 showgrid=False,
 showticklabels=True,
 linecolor='rgb(104, 204, 104)',
 linewidth=2,
 ticks='outside',
 tickfont=dict(
 family='Arial',
 size=12,
 color='rgb(17, 37, 239)'
 )

legend_title_font_color="green",
                         uniformtext_minsize=12,
                         uniformtext_mode='hide',

)

}

# Create line chart (each month sales)
@app.callback(Output('line_line_5', 'figure'),
              [Input('w_countries', 'value')])
def update_graph(w_countries):
# Data for line
    monthly_sales = sales1.groupby(['COUNTRY','YEAR_ID','MONTH_ID'])['SALES'].sum().reset_index()

return {
 'data': [go.Scatter(x=monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'],
 y=monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],
 text=monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],
 name='2003',
 mode='markers+lines',
 hoverinfo='text',
 hovertext=
 'Country: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['COUNTRY'].astype(str) + ' '+
 'Year: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['YEAR_ID'].astype(str) + ' '+
 'Month: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'].astype(str) + ' '+
 'Sales: $' + [f'{x:,.0f}' for x in monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['SALES']] + ' '
 ),

go.Scatter(x=monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'],
 y=monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],
 text=monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],
 name='2004',
 mode='markers+lines',
 hoverinfo='text',
 hovertext=
 'Country: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['COUNTRY'].astype(str) + ' '+
 'Year: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['YEAR_ID'].astype(str) + ' '+
 'Month: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'].astype(str) + ' '+
 'Sales: $' + [f'{x:,.0f}' for x in monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['SALES']] + ' '
 ),

go.Scatter(x=monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'],
 y=monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],
 text=monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],
 name='2005',
 mode='markers+lines',
 hoverinfo='text',
 hovertext=
 'Country: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['COUNTRY'].astype(str) + ' '+
 'Year: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['YEAR_ID'].astype(str) + ' '+
 'Month: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'].astype(str) + ' '+
 'Sales: $' + [f'{x:,.0f}' for x in monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['SALES']] + ' '
 )],

'layout': go.Layout(
             width=780,
             height=520,
             title={
                'text': 'Monthly sales : ' + (w_countries),
                'y': 0.93,
                'x': 0.43,
                'xanchor': 'center',
                'yanchor': 'top'},
             titlefont={'family': 'Oswald',
                        'color': 'rgb(230, 34, 144)',
                        'size': 25},

hovermode='x',

xaxis=dict(title='Month',
 tick0=0,
 dtick=1,
 color='rgb(230, 34, 144)',
 showline=True,
 showgrid=True,
 showticklabels=True,
 linecolor='rgb(104, 204, 104)',
 linewidth=2,
 ticks='outside',
 tickfont=dict(
 family='Arial',
 size=12,
 color='rgb(17, 37, 239)'
 )

legend_title_font_color="green",
                         uniformtext_minsize=12,
                         uniformtext_mode='hide',

)

}

# Create scatter chart (Compare sales and q. ordered)
@app.callback(Output('scatter_6', 'figure'),
              [Input('w_countries', 'value')])
def update_graph(w_countries):

scatter = sales1.groupby(['COUNTRY','PRODUCTLINE'])[['QUANTITYORDERED', 'SALES']].sum().reset_index()

return {
 'data': [go.Scatter(x=scatter[scatter['COUNTRY'] == w_countries]['QUANTITYORDERED'],
 y=scatter[scatter['COUNTRY'] == w_countries]['SALES'],
 text=scatter[scatter['COUNTRY'] == w_countries]['SALES'],
 mode='markers',
 hoverinfo='text',
 hovertext=
 'Country: ' + scatter[scatter['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+
 'Product: ' + scatter[scatter['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '+
 'Q.Ordered: ' + [f'{x:,.0f}' for x in scatter[scatter['COUNTRY'] == w_countries]['QUANTITYORDERED']] + ' '+
 'Sales: $' + [f'{x:,.0f}' for x in scatter[scatter['COUNTRY'] == w_countries]['SALES']] + ' ',
 marker=dict(
 size=20,
 color=scatter[scatter['COUNTRY'] == w_countries]['QUANTITYORDERED'],
 colorscale='mrybm',
 showscale=False

)
                            )],

'layout': go.Layout(
             width=780,
             height=520,
             title={
                'text': 'Sales of ordered quantity : ' + (w_countries),
                'y': 0.93,
                'x': 0.43,
                'xanchor': 'center',
                'yanchor': 'top'},
             titlefont={'family': 'Oswald',
                        'color': 'rgb(230, 34, 144)',
                        'size': 25},

hovermode='x',

xaxis=dict(title='Quantity Ordered',

color='rgb(230, 34, 144)',
                        showline=True,
                        showgrid=True,
                        showticklabels=True,
                        linecolor='rgb(104, 204, 104)',
                        linewidth=2,
                        ticks='outside',
                        tickfont=dict(
                            family='Arial',
                            size=12,
                            color='rgb(17, 37, 239)'
                        )

yaxis=dict(title='Sales',
 color='rgb(230, 34, 144)',
 showline=True,
 showgrid=True,
 showticklabels=True,
 linecolor='rgb(104, 204, 104)',
 linewidth=2,
 ticks='outside',
 tickfont=dict(
 family='Arial',
 size=12,
 color='rgb(17, 37, 239)'
 )

)

}

if __name__ == '__main__':
    app.run_server(debug=True)

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import dash

import dash_core_components as dcc

import dash_html_components as html

from dash.dependencies import Input, Output

import plotly.graph_objs as go

import pandas as pd

sales1 = pd.read_csv("sales_data_sample.csv", encoding='unicode_escape')

app = dash.Dash(__name__,)

app.layout = html.Div([

html.Div([

html.Br(), html.Br(),

html.H1('Sample Sales Data Dashboard')],

style={'margin-left': '5%','color':'#808000','width': '50%', 'display': 'inline-block'

}),

html.Div([

html.Br(), html.Br(),

html.H4('Prepared by: Mubeen Ali')],

style={'color':'#17202A','width': '30%', 'display': 'inline-block', 'float': 'right'

}),

html.Div([

html.Label('Select a Country:'),

dcc.Dropdown(id='w_countries',

multi=False,

clearable=True,

value='Australia',

placeholder='Select Countries',

options=[{'label': c, 'value': c}

for c in (sales1['COUNTRY'].unique())])

], style={'width': '10%','margin-left': '45%'}),

# Create combination of bar chart and line chart (Compare quantity ordered to each price of product)

html.Div([

html.Br(),

dcc.Graph(id='bar_line_1',

config={'displayModeBar': False}),

],style={'margin-left': '1.4%','width': '50%', 'display': 'inline-block'}),

# Create combination of bar chart and line chart (Compare sales to each price of product)

html.Div([

html.Br(),

dcc.Graph(id='bar_line_2',

config={'displayModeBar': False}),

],style={'width': '48.6%', 'display': 'inline-block', 'float': 'right'}),

# Create group bar chart (Compare sales and quantity ordered for each product)

html.Div([

html.Br(),

dcc.Graph(id='bar_bar_3',

config={'displayModeBar': False}),

],style={'margin-left': '1.4%','width': '50%', 'display': 'inline-block'}),

# Create combination of bar chart and line chart (Compare each year sales and q. ordered for each product)

html.Div([

html.Br(),

dcc.Graph(id='bar_line_4',

config={'displayModeBar': False}),

],style={'width': '48.6%', 'display': 'inline-block', 'float': 'right'}),

# Create line chart (each month sales)

html.Div([

html.Br(),

dcc.Graph(id='line_line_5',

config={'displayModeBar': False}),

],style={'margin-left': '1.4%','width': '50%', 'display': 'inline-block', 'margin-bottom':'3%'}),

# Create scatter chart (Compare sales and q. ordered)

html.Div([

html.Br(),

dcc.Graph(id='scatter_6',

config={'displayModeBar': False}),

], style={'width': '48.6%', 'display': 'inline-block', 'float': 'right', 'margin-bottom':'3%'}),

], style={'background-color': '#e6e6e6'})

# Create combination of bar chart and line chart (Compare quantity ordered to each price of product)

@app.callback(Output('bar_line_1', 'figure'),

[Input('w_countries', 'value')])

def update_graph(w_countries):

# Data for bar

product_sales1 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['QUANTITYORDERED'].sum().reset_index()

# Data for line

product_sales2 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['PRICEEACH'].mean().reset_index()

return {

'data': [go.Bar(x=product_sales1[product_sales1['COUNTRY'] == w_countries]['PRODUCTLINE'],

y=product_sales1[product_sales1['COUNTRY'] == w_countries]['QUANTITYORDERED'],

text=product_sales1[product_sales1['COUNTRY'] == w_countries]['QUANTITYORDERED'],

name='Quantity Ordered',

texttemplate='%{text:.2s}',

textposition='auto',

marker=dict(

color=product_sales1[product_sales1['COUNTRY'] == w_countries]['QUANTITYORDERED'],

colorscale='phase',

showscale=False),

yaxis='y1',

hoverinfo='text',

hovertext=

'Country: ' + product_sales1[product_sales1['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+

'Q.Ordered: ' + [f'{x:,.0f}' for x in product_sales1[product_sales1['COUNTRY'] == w_countries]['QUANTITYORDERED']] + ' '+

'Product: ' + product_sales1[product_sales1['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '

go.Scatter(

x=product_sales2[product_sales2['COUNTRY'] == w_countries]['PRODUCTLINE'],

y=product_sales2[product_sales2['COUNTRY'] == w_countries]['PRICEEACH'],

name='Price of Product',

text=product_sales2[product_sales2['COUNTRY'] == w_countries]['PRICEEACH'],

mode='markers + lines',

marker=dict(color='#bd3786'),

yaxis='y2',

hoverinfo='text',

hovertext=

'Country: ' + product_sales2[product_sales2['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+

'Price: $' + [f'{x:,.0f}' for x in product_sales2[product_sales2['COUNTRY'] == w_countries]['PRICEEACH']] + ' '+

'Product: ' + product_sales2[product_sales2['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '

)],

'layout': go.Layout(

width=780,

height=520,

title={

'text': 'Quantity ordered and price of each product : ' + (w_countries),

'y': 0.93,

'x': 0.43,

'xanchor': 'center',

'yanchor': 'top'},

titlefont={'family': 'Oswald',

'color': 'rgb(230, 34, 144)',

'size': 25},

hovermode='x',

xaxis=dict(title='Name of Product',

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

yaxis=dict(title='Quantity Ordered',

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

yaxis2=dict(title='Price of Each Product ($)', overlaying='y', side='right',

color='rgb(230, 34, 144)',

showline=True,

showgrid=False,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

legend=dict(title='',

x=0.25,

y=1.08,

orientation='h',

bgcolor='rgba(255, 255, 255, 0)',

traceorder="normal",

font=dict(

family="sans-serif",

size=12,

color='#000000')),

legend_title_font_color="green",

uniformtext_minsize=12,

uniformtext_mode='hide',

)

}

# Create combination of bar chart and line chart (Compare sales to each price of product)

@app.callback(Output('bar_line_2', 'figure'),

[Input('w_countries', 'value')])

def update_graph(w_countries):

# Data for bar

product_sales3 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['SALES'].sum().reset_index()

# Data for line

product_sales4 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['PRICEEACH'].mean().reset_index()

return {

'data': [go.Bar(x=product_sales3[product_sales3['COUNTRY'] == w_countries]['PRODUCTLINE'],

y=product_sales3[product_sales3['COUNTRY'] == w_countries]['SALES'],

text=product_sales3[product_sales3['COUNTRY'] == w_countries]['SALES'],

name='Total Sales',

texttemplate='%{text:.2s}',

textposition='auto',

marker=dict(

color=product_sales3[product_sales3['COUNTRY'] == w_countries]['SALES'],

colorscale='portland',

showscale=False),

yaxis='y1',

hoverinfo='text',

hovertext=

'Country: ' + product_sales3[product_sales3['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+

'Sales: $' + [f'{x:,.0f}' for x in product_sales3[product_sales3['COUNTRY'] == w_countries]['SALES']] + ' '+

'Product: ' + product_sales3[product_sales3['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '

go.Scatter(

x=product_sales4[product_sales4['COUNTRY'] == w_countries]['PRODUCTLINE'],

y=product_sales4[product_sales4['COUNTRY'] == w_countries]['PRICEEACH'],

name='Price of Product',

text=product_sales4[product_sales4['COUNTRY'] == w_countries]['PRICEEACH'],

mode='markers + lines',

marker=dict(color='#bd3786'),

yaxis='y2',

hoverinfo='text',

hovertext=

'Country: ' + product_sales4[product_sales4['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+

'Product: ' + product_sales4[product_sales4['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '+

'Price: $' + [f'{x:,.0f}' for x in product_sales4[product_sales4['COUNTRY'] == w_countries]['PRICEEACH']] + ' '

)],

'layout': go.Layout(

width=780,

height=520,

title={

'text': 'Total Sales and price of each product : ' + (w_countries),

'y': 0.93,

'x': 0.43,

'xanchor': 'center',

'yanchor': 'top'},

titlefont={'family': 'Oswald',

'color': 'rgb(230, 34, 144)',

'size': 25},

hovermode='x',

xaxis=dict(title='Name of Product',

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

yaxis=dict(title='Total Sales',

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

yaxis2=dict(title='Price of Each Product ($)', overlaying='y', side='right',

color='rgb(230, 34, 144)',

showline=True,

showgrid=False,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

legend=dict(title='',

x=0.25,

y=1.08,

orientation='h',

bgcolor='rgba(255, 255, 255, 0)',

traceorder="normal",

font=dict(

family="sans-serif",

size=12,

color='#000000')),

legend_title_font_color="green",

uniformtext_minsize=12,

uniformtext_mode='hide',

)

}

# Create group bar chart (Compare sales and quantity ordered for each product)

@app.callback(Output('bar_bar_3', 'figure'),

[Input('w_countries', 'value')])

def update_graph(w_countries):

# Data for bar

product_sales5 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['SALES'].sum().reset_index()

# Data for line

product_sales6 = sales1.groupby(['PRODUCTLINE', 'COUNTRY'])['QUANTITYORDERED'].sum().reset_index()

return {

'data': [go.Bar(x=product_sales5[product_sales5['COUNTRY'] == w_countries]['PRODUCTLINE'],

y=product_sales5[product_sales5['COUNTRY'] == w_countries]['SALES'],

text=product_sales5[product_sales5['COUNTRY'] == w_countries]['SALES'],

name='Total Sales',

texttemplate='%{text:.2s}',

textposition='auto',

# marker=dict(

# color=product_sales5[product_sales5['COUNTRY'] == w_countries]['SALES'],

# colorscale='portland',

# showscale=False),

marker = dict(color='rgb(214, 137, 16)'),

yaxis='y1',

offsetgroup=1,

hoverinfo='text',

hovertext=

'Country: ' + product_sales5[product_sales5['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+

'Product: ' + product_sales5[product_sales5['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '+

'Total Sales: $' + [f'{x:,.0f}' for x in product_sales5[product_sales5['COUNTRY'] == w_countries]['SALES']] + ' '

go.Bar(

x=product_sales6[product_sales6['COUNTRY'] == w_countries]['PRODUCTLINE'],

y=product_sales6[product_sales6['COUNTRY'] == w_countries]['QUANTITYORDERED'],

name='Total Q. Ordered',

text=product_sales6[product_sales6['COUNTRY'] == w_countries]['QUANTITYORDERED'],

texttemplate='%{text:.2s}',

textposition='auto',

marker=dict(color='rgb(112, 123, 124)'),

yaxis='y2',

offsetgroup=2,

hoverinfo='text',

hovertext=

'Country: ' + product_sales6[product_sales6['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+

'Product: ' + product_sales6[product_sales6['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '+

'Total Q. Ordered: ' + [f'{x:,.0f}' for x in product_sales6[product_sales6['COUNTRY'] == w_countries]['QUANTITYORDERED']] + ' '

)],

'layout': go.Layout(

width=780,

height=520,

title={

'text': 'Total Sales and Quantity ordered of each product : ' + (w_countries),

'y': 0.93,

'x': 0.43,

'xanchor': 'center',

'yanchor': 'top'},

titlefont={'family': 'Oswald',

'color': 'rgb(230, 34, 144)',

'size': 25},

hovermode='x',

xaxis=dict(title='Name of Product',

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

yaxis=dict(title='Total Sales',

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

yaxis2=dict(title='Total Quantity Ordered', overlaying='y', side='right',

color='rgb(230, 34, 144)',

showline=True,

showgrid=False,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

legend=dict(title='',

x=0.25,

y=1.08,

orientation='h',

bgcolor='rgba(255, 255, 255, 0)',

traceorder="normal",

font=dict(

family="sans-serif",

size=12,

color='#000000')),

legend_title_font_color="green",

uniformtext_minsize=12,

uniformtext_mode='hide',

)

}

# Create combination of bar chart and line chart (Compare each year sales and q. ordered for each product)

@app.callback(Output('bar_line_4', 'figure'),

[Input('w_countries', 'value')])

def update_graph(w_countries):

# Data for bar

product_sales7 = sales1.groupby(['COUNTRY', 'YEAR_ID'])['SALES'].sum().reset_index()

# Data for line

product_sales8 = sales1.groupby(['COUNTRY', 'YEAR_ID'])['QUANTITYORDERED'].sum().reset_index()

return {

'data': [go.Bar(x=product_sales7[product_sales7['COUNTRY'] == w_countries]['YEAR_ID'],

y=product_sales7[product_sales7['COUNTRY'] == w_countries]['SALES'],

text=product_sales7[product_sales7['COUNTRY'] == w_countries]['SALES'],

name='Total Sales',

texttemplate='%{text:.2s}',

textposition='auto',

# marker=dict(

# color=product_sales1[product_sales1['COUNTRY'] == w_countries]['QUANTITYORDERED'],

# colorscale='phase',

# showscale=False),

marker = dict(color='rgb(11, 220, 239)'),

yaxis='y1',

hoverinfo='text',

hovertext=

'Country: ' + product_sales7[product_sales7['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+

'Total Sales: $' + [f'{x:,.0f}' for x in product_sales7[product_sales7['COUNTRY'] == w_countries]['SALES']] + ' '+

'Year: ' + product_sales7[product_sales7['COUNTRY'] == w_countries]['YEAR_ID'].astype(str) + ' '

go.Scatter(

x=product_sales8[product_sales8['COUNTRY'] == w_countries]['YEAR_ID'],

y=product_sales8[product_sales8['COUNTRY'] == w_countries]['QUANTITYORDERED'],

name='Total Q. Ordered',

text=product_sales8[product_sales8['COUNTRY'] == w_countries]['QUANTITYORDERED'],

mode='markers + lines',

marker=dict(color='#bd3786'),

yaxis='y2',

hoverinfo='text',

hovertext=

'Country: ' + product_sales8[product_sales8['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+

'Total Q. Ordered: ' + [f'{x:,.0f}' for x in product_sales8[product_sales8['COUNTRY'] == w_countries]['QUANTITYORDERED']] + ' '+

'Year: ' + product_sales8[product_sales8['COUNTRY'] == w_countries]['YEAR_ID'].astype(str) + ' '

)],

'layout': go.Layout(

width=780,

height=520,

title={

'text': 'Yearly sales and quantity ordered for each product : ' + (w_countries),

'y': 0.93,

'x': 0.43,

'xanchor': 'center',

'yanchor': 'top'},

titlefont={'family': 'Oswald',

'color': 'rgb(230, 34, 144)',

'size': 25},

hovermode='x',

xaxis=dict(title='Name of Product',

tick0=0,

dtick=1,

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

yaxis=dict(title='Total Sales',

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

yaxis2=dict(title='Total Q. Ordered', overlaying='y', side='right',

color='rgb(230, 34, 144)',

showline=True,

showgrid=False,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

legend=dict(title='',

x=0.25,

y=1.08,

orientation='h',

bgcolor='rgba(255, 255, 255, 0)',

traceorder="normal",

font=dict(

family="sans-serif",

size=12,

color='#000000')),

legend_title_font_color="green",

uniformtext_minsize=12,

uniformtext_mode='hide',

)

}

# Create line chart (each month sales)

@app.callback(Output('line_line_5', 'figure'),

[Input('w_countries', 'value')])

def update_graph(w_countries):

# Data for line

monthly_sales = sales1.groupby(['COUNTRY','YEAR_ID','MONTH_ID'])['SALES'].sum().reset_index()

return {

'data': [go.Scatter(x=monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'],

y=monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],

text=monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],

name='2003',

mode='markers+lines',

hoverinfo='text',

hovertext=

'Country: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['COUNTRY'].astype(str) + ' '+

'Year: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['YEAR_ID'].astype(str) + ' '+

'Month: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'].astype(str) + ' '+

'Sales: $' + [f'{x:,.0f}' for x in monthly_sales[(monthly_sales['YEAR_ID'] == 2003) & (monthly_sales['COUNTRY'] == w_countries)]['SALES']] + ' '

go.Scatter(x=monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'],

y=monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],

text=monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],

name='2004',

mode='markers+lines',

hoverinfo='text',

hovertext=

'Country: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['COUNTRY'].astype(str) + ' '+

'Year: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['YEAR_ID'].astype(str) + ' '+

'Month: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'].astype(str) + ' '+

'Sales: $' + [f'{x:,.0f}' for x in monthly_sales[(monthly_sales['YEAR_ID'] == 2004) & (monthly_sales['COUNTRY'] == w_countries)]['SALES']] + ' '

go.Scatter(x=monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'],

y=monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],

text=monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['SALES'],

name='2005',

mode='markers+lines',

hoverinfo='text',

hovertext=

'Country: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['COUNTRY'].astype(str) + ' '+

'Year: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['YEAR_ID'].astype(str) + ' '+

'Month: ' + monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['MONTH_ID'].astype(str) + ' '+

'Sales: $' + [f'{x:,.0f}' for x in monthly_sales[(monthly_sales['YEAR_ID'] == 2005) & (monthly_sales['COUNTRY'] == w_countries)]['SALES']] + ' '

)],

'layout': go.Layout(

width=780,

height=520,

title={

'text': 'Monthly sales : ' + (w_countries),

'y': 0.93,

'x': 0.43,

'xanchor': 'center',

'yanchor': 'top'},

titlefont={'family': 'Oswald',

'color': 'rgb(230, 34, 144)',

'size': 25},

hovermode='x',

xaxis=dict(title='Month',

tick0=0,

dtick=1,

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

yaxis=dict(title='Total Sales',

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

legend=dict(title='',

x=0.25,

y=1.08,

orientation='h',

bgcolor='rgba(255, 255, 255, 0)',

traceorder="normal",

font=dict(

family="sans-serif",

size=12,

color='#000000')),

legend_title_font_color="green",

uniformtext_minsize=12,

uniformtext_mode='hide',

)

}

# Create scatter chart (Compare sales and q. ordered)

@app.callback(Output('scatter_6', 'figure'),

[Input('w_countries', 'value')])

def update_graph(w_countries):

scatter = sales1.groupby(['COUNTRY','PRODUCTLINE'])[['QUANTITYORDERED', 'SALES']].sum().reset_index()

return {

'data': [go.Scatter(x=scatter[scatter['COUNTRY'] == w_countries]['QUANTITYORDERED'],

y=scatter[scatter['COUNTRY'] == w_countries]['SALES'],

text=scatter[scatter['COUNTRY'] == w_countries]['SALES'],

mode='markers',

hoverinfo='text',

hovertext=

'Country: ' + scatter[scatter['COUNTRY'] == w_countries]['COUNTRY'].astype(str) + ' '+

'Product: ' + scatter[scatter['COUNTRY'] == w_countries]['PRODUCTLINE'].astype(str) + ' '+

'Q.Ordered: ' + [f'{x:,.0f}' for x in scatter[scatter['COUNTRY'] == w_countries]['QUANTITYORDERED']] + ' '+

'Sales: $' + [f'{x:,.0f}' for x in scatter[scatter['COUNTRY'] == w_countries]['SALES']] + ' ',

marker=dict(

size=20,

color=scatter[scatter['COUNTRY'] == w_countries]['QUANTITYORDERED'],

colorscale='mrybm',

showscale=False

)

)],

'layout': go.Layout(

width=780,

height=520,

title={

'text': 'Sales of ordered quantity : ' + (w_countries),

'y': 0.93,

'x': 0.43,

'xanchor': 'center',

'yanchor': 'top'},

titlefont={'family': 'Oswald',

'color': 'rgb(230, 34, 144)',

'size': 25},

hovermode='x',

xaxis=dict(title='Quantity Ordered',

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

yaxis=dict(title='Sales',

color='rgb(230, 34, 144)',

showline=True,

showgrid=True,

showticklabels=True,

linecolor='rgb(104, 204, 104)',

linewidth=2,

ticks='outside',

tickfont=dict(

family='Arial',

size=12,

color='rgb(17, 37, 239)'

)

}

if __name__ == '__main__':

app.run_server(debug=True)

If you have any problem in learning above code, please comment in the comment box. I will help you as soon as possible.

2 Comments to “Sales Dashboard in Python by Plotly Dash 1”

Macclaurin says:

November 29, 2020 at 3:50 am

How to create dependant drop down list in dash?
1. Mubeen Ali says:
  
  November 29, 2020 at 6:10 am
  
  You will soon see here dependent drop down list and other input components.

Comments are closed.

Plotly Dash

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About the Author: Mubeen Ali

2 Comments to “Sales Dashboard in Python by Plotly Dash 1”

Build sales dashboard in python using interactive plotly data visualization library and dash web app library.

Import Library

Lines 1-6

Data

Line 9

Title

Lines 11-26

Drop Down List

Lines 28-38

Charts

Lines 41-89

Data and Layout for each chart

Lines 92-811

Download the csv data file using the below link.

To see full code,hover on the code area and use horizontal scrollbar if needed.

If you have any problem in learning above code, please comment in the comment box. I will help you as soon as possible.

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About the Author: Mubeen Ali

2 Comments to “Sales Dashboard in Python by Plotly Dash 1”