Here I will present an alternative solution to Tableau's Story Points. The main difference is that it can accommodate global filters. This feature has been asked by many users in the Tableau forum. Besides, the formatting option is much limited in Story Points. More have been asked for. For example, people want to put a logo on top of the board. Here is Johan's collection of feature requests on Story Points.

Here is an example in which we have 7 slides or story points. Click image to view the interactive version.
The main design steps are:
1. Create internal index fields
Each index is a calculated field such as Point 1-7. The formula is of value 0. Can't be simpler.
2.Create the tab sheet
All the 7 tabs will be in one sheet. Right click the above index fields and drag them to the Columns shelf. Select Min() as the aggregation.
The 7 Min() fields will create 7 columns of different data marks. The order of the tab pills can be reshuffled according to the presentation need. The indices are not an indication of the presentation order.

Drag each index field into the Label shelf of respective data marks. Edit each Label which will be the text in the tab. Add mark, font, and color to format each tab indivisually.

Create a Blank field and drag it to the Rows shelf. Turn off "Show header".

3.Create story points 
Each story point or slide will reside in a Floating container. There could be one or more sheets in one container. Please refer to this post on the creation process and how to use Layout Manager to precisely position the container. All containers are of the same dimension and placed on top of each other.

In our example, there will be 7 story point containers, one per each point. Name each sheet with its index in the name, such as 1.Intro, 2.Bar Chart ...

Note that in the example, we have turn on a couple of global filters. They stay visible through the entire deck.

Using area annotation to create text is quite convenient.

4.Create action filters
 Use the tab sheet as the source and the story point sheets as target.
 The index fields will be used to target respective sheets.

Just wrote a post on back-to-back chart tweaks last week in my #TweakThursday series. This week's #MakeoverMonday project presents a dataset in which we can apply the technique. The idea is to provide back to back comparison at a lower level of details. This is to make up the shortcoming of the back-to-back chart, where the comparison at lower level is not obvious.

So here you go
When mouse hovering over the chart, you will see the detailed comparison at the gender level in the tooltips.
One curious thing is, when published to the server, we see some horizontal lines in the solid color area. I already set the transparency to be 100%. Still the lines won't go away. Let me know if you know how to fix it.

Since I try to follow the KISS rule (Keep It Simple and Stupid) this time, as promoted by Andy Cotgreave, I got time to create another simple version as follows. If you have a preference, I would love to know.
Here is the one with visual tooltips.
Click the above images to go to the interactive version.

PS. I agree 100% with the KISS rule. In practice, we are required to turn out data analysis quickly, even though the look and feel is not graphically great. Some boring bar chart or line chart can save the day. So the most important requirement is turnaround time. Then, we can improve the graphics as the project goes. We are data analyst, not graphical designer after all.

In the other hand, personally I like simple chart which is to make one point per chart. It will be easy to read and understand. Too much information cramped into one chart may be confusing.

[First, this is mainly a server feature. You have to publish the viz to the server to see it in action. It doesn't work well on Tableau Desktop. There exists a curious discrepancy between desktop and server renderings of visual tooltips.]

Here are a couple of facts about visual tooltips:

• They are based on regular charts
• They are turned on/off by action filters

By laying "visual tooltips" on top of "visual tooltips", or "Viz on Viz" we can create recursive drilldowns.

In theory, we can repeat the drilldown process infinitely. In practice, the process is limited by the number of dimensions in the dataset or by our imagination.

An interesting feature of this technique is that we can do all the drilldowns in place/in context, instead of jumping to another tab or page.

Let's see an example as follows, which is built on the Superstore dataset. Click the image to view the interactive version.
There will be 4 levels of drilldown hierarchy on sales figures:

• Year>Segment>Category>SubCategory

The chart for each level is as follows:

1. By Year: Vertical Bars
2. By Segment: Vertical Bars + Title Sheet
3. By Category: Donut Chart
4. By SubCategory: Horizontal Bars + Title Sheet

Feel free to pick the chart types you like in your own design.

The main design steps are:
- Create the above charts and sheets

- Create a new dashboard.
Here we use the sales by year bar chart as the base. Drag vertical containers (in FLOATING mode) into desired positions where visual tooltips will appear. Put every chart/sheet (in TILED mode) into a respective container. Remember to hide sheet titles. If you need titles, use another sheet. The reason is that the action filters won't hide regular sheet titles.

- Create drilldown action filters between every 2 successive drilldown charts
Note that each chart/sheet has to carry all the previous drilldown dimensions.

- Use the layout manager at the lower left corner:

1. Fine tune the position and size of each container. 
2. Move lower hierarchy containers on top of higher hierarchy ones. Just press mouse and move.

- Set the action filters to be "Select" and/or set the last drilldown action filter to be "Hover"

- Validate all the drilldown filters in Desktop

- Publish the design to the Server and validate the resulting viz again

Voila, that's about it.

A few further design tips:
- Plan your visual tooltips first. The number of tooltips can be as many as that of data marks. We can reduce the number of tooltips by sharing one per multiple data marks.
- We need one sheet per tooltip. Most of them are lookalike. We can create them by replicating.
- Create a single hierarchy of tooltips and validate it first, before replicating tooltip sheets.
- Create sets as filters that allow action filters to turn the sheets on/off.
- Set tooltip background different from the overlapping chart.
- Show successive dimensions in lower hierarchy tooltips.