Animated charts can make otherwise static numbers far easier to understand.

Instead of showing a table full of values, Adobe After Effects lets you turn those values into motion.

A bar can grow from 0 to 75%.

A line chart can draw itself across the screen.

A circular progress ring can animate from 0 to 92%.

A number counter can rise alongside the chart.

Several KPI cards can appear one after another to build a complete dashboard.

These techniques are useful for:

• corporate videos;
• annual reports;
• financial presentations;
• YouTube videos;
• explainer videos;
• marketing content;
• social-media graphics;
• dashboards;
• business reviews;
• educational videos.

And you don’t need specialized data-visualization software to get started.

After Effects already provides the essential tools:

Shape Layers

Trim Paths

Text Layers

Expressions

Expression Controls

Graph Editor

In this guide, we’ll build several common animated data visualizations and show how expressions can keep numbers and graphics synchronized automatically.

Affiliate disclosure: This article contains affiliate links. If you purchase Adobe After Effects through one of these links, we may earn a commission at no additional cost to you.

What Is an Animated Infographic?

An infographic combines information and visual design to communicate data quickly.

An animated infographic adds motion.

For example, instead of showing:

Conversion Rate: 72%

you could show:

72%

inside a circular ring that fills to exactly 72%.

Instead of showing:

Revenue

Q1: €1.2M
Q2: €1.6M
Q3: €1.9M
Q4: €2.4M

you could animate four bars growing to different heights.

Motion gives the viewer a visual representation of the numbers.

Why Animate Data?

Animation can help:

• establish hierarchy;
• direct attention;
• compare values;
• reveal trends;
• explain change over time;
• make statistics more memorable.

But animation should clarify the data rather than distract from it.

That’s the most important principle throughout this tutorial.

The Basic Data-Animation Workflow

Most After Effects data graphics follow this structure:

Data value

↓

Control

↓

Expression

↓

Visual property

For example:

75

↓

Slider Control

↓

linear()

↓

Bar height = 75%

The same Slider might also control the displayed text:

75%

Now the chart and number remain synchronized automatically.

Why Use Expression Controls?

You could animate everything manually.

But Expression Controls provide one central value.

For example:

Sales = 68

That value can control:

• bar height;
• number counter;
• color;
• label position.

Change:

68

to:

Everything updates.

This is especially useful when you need to revise the data later.

If you’d like to practice these data-animation techniques yourself, you can explore Adobe’s current After Effects options here:

Explore Adobe After Effects and current plans

Project 1: Animated Percentage Bar

Let’s start with the simplest possible chart.

We’ll create a horizontal bar representing:

72%

Step 1: Create the Background Bar

Create a Shape Layer.

Add a rectangle.

Make it a muted background color.

This represents:

100%.

Rename the layer:

BAR BG

Step 2: Create the Animated Bar

Duplicate the rectangle or create another Shape Layer.

Place it directly over the background.

Rename it:

BAR VALUE

Give it a more prominent Fill color.

Step 3: Set the Anchor Point

If you animate Scale X, the bar should grow from:

left → right

not from the center.

Move the Anchor Point to the left side of the bar.

Now scaling horizontally will preserve the left edge.

Step 4: Animate Scale X

Set the Scale values so Y remains:

100%

while X animates:

0 → 72%.

You now have a basic animated percentage bar.

Better: Add a Slider Control

Create a Null:

CTRL — CHART

Add:

Value

Slider Control.

Set:

Now connect the BAR VALUE Scale X to the Slider.

Conceptually:

Slider 72

↓

Scale X 72%

The bar now represents whatever number the Slider contains.

Add a Percentage Counter

Create a Text Layer.

Use the animated number-counter technique from the previous article.

Connect Source Text to the same:

Value

Slider.

Add:

%

Now:

Value = 72

produces:

Bar = 72%

and:

Text = 72%

One control drives both graphics.

Animate the Slider Instead

Rather than animating Scale directly, animate:

Value Slider

from:

0

to:

Now both the bar and counter animate together.

This is a cleaner setup.

Use Easy Ease

Apply Easy Ease to the Value Slider keyframes.

Then use the Graph Editor to refine the timing.

Because all related properties read the same Slider, they automatically share the same animation timing.

Add a Label

Create another Text Layer:

Customer Satisfaction

Place it beside or above the bar.

Now your graphic contains:

Label

Animated bar

Animated percentage

This is the foundation of many infographic designs.

Project 2: Vertical Bar Chart

Next, let’s create a basic four-column bar chart.

Suppose the values are:

Q1 — 35

Q2 — 52

Q3 — 68

Q4 — 84

Step 1: Create One Bar

Create a rectangle Shape Layer.

Set its Anchor Point at the bottom.

This lets Scale Y grow upward.

Step 2: Duplicate the Bar

Create four copies.

Rename them:

BAR Q1

BAR Q2

BAR Q3

BAR Q4

Space them evenly.

Step 3: Create Four Slider Controls

On the chart-control Null, add:

Q1 Value

Q2 Value

Q3 Value

Q4 Value

Set:

35

52

68

84

Step 4: Connect Each Bar

Each bar’s Scale Y reads its corresponding Slider.

Now changing:

Q3 Value

automatically changes the Q3 bar.

Animate the Values

Set each Slider to:

0

at the beginning.

Then animate to its target value.

For example:

Q1 → 35
Q2 → 52
Q3 → 68
Q4 → 84

Now all bars grow.

Stagger the Bars

Instead of making all four start simultaneously:

Q1 starts first.

Q2 starts three frames later.

Q3 follows.

Q4 follows.

This makes the chart easier to read.

Use the Graph Editor

Refine the animation so bars:

• accelerate smoothly;
• slow as they reach their values.

Avoid extremely springy motion unless it fits the visual style.

Data graphics usually benefit from clean movement.

Add Value Labels

Place a Text Layer above each bar.

Each number reads the same Slider controlling the bar.

For example:

Q1 bar:

35

and:

Q1 label:

35

These remain synchronized.

Position Labels Automatically

You can make the label follow the top of the bar.

Conceptually:

Bar height changes

↓

Label Y position follows bar top

This eliminates the need for separate Position keyframes.

Why This Matters

If Q1 changes from:

35

to:

60,

the bar becomes taller.

The label automatically moves upward.

The entire chart updates from one data value.

Project 3: Circular Percentage Ring

Circular progress indicators are extremely popular.

Let’s create:

82%

inside a ring.

Step 1: Create a Circle

Create a Shape Layer using the Ellipse Tool.

Remove Fill.

Add a Stroke.

Step 2: Add Trim Paths

Inside the Shape Layer:

Add → Trim Paths

Locate:

End

This controls how much of the circular stroke is visible.

Step 3: Connect Trim Paths to a Slider

Create:

Progress

Slider.

Set:

Connect:

Trim Paths → End

to:

Progress

Now the ring shows:

82%.

Step 4: Add the Number

Create a centered Text Layer.

Link it to:

Progress

and add:

%

Now one Slider controls:

Ring

and:

Percentage Text

Animate 0 to 82

Animate Progress:

0 → 82.

The ring fills while the number counts upward.

This is one of the cleanest examples of expression-driven infographic animation.

Add a Background Ring

Duplicate the circle.

Remove Trim Paths.

Give it a muted Stroke.

Place it beneath the animated ring.

Now viewers can clearly see the full 100% range.

Rotate the Start Point

By default, a circle’s Trim Paths animation may begin from a location you don’t prefer.

You can rotate the Shape Layer or adjust the path orientation so it starts at:

12 o’clock

which is often more intuitive for progress rings.

Project 4: Animated Line Chart

Line charts are useful for showing trends over time.

Suppose your data represents:

Jan → 20

Feb → 35

Mar → 31

Apr → 55

May → 72

Step 1: Draw the Line

Use the Pen Tool to create a Shape Layer path through several data points.

Add a Stroke.

Remove Fill.

Step 2: Add Trim Paths

Add:

Trim Paths

Animate:

End 0% → 100%.

The chart line draws itself across the screen.

Step 3: Use Easy Ease Carefully

A line chart represents a sequence over time.

A simple smooth reveal usually works well.

Avoid bounce or overshoot that could imply values not represented by the actual data.

Add Data Points

Create small circles at each chart point.

You can animate their Scale:

0 → 100%.

Stagger them so each appears as the line reaches that point.

Add Labels

Each point can have:

• date;
• value;
• category.

For example:

May

72

Keep the visual hierarchy simple.

Animate Data Point Values

If the numerical labels need to count upward, use a Slider Control for each data point.

The number animation can finish as the corresponding point appears.

Line Chart Grid

Add horizontal and vertical grid lines if they improve readability.

Use low visual contrast.

The data line should remain dominant.

Project 5: KPI Card

KPI cards are common in business dashboards.

A card might display:

€1.25M

Annual Revenue

+18.4%

Let’s create one.

Build the Card

Create:

Background Shape

Large Counter

Metric Label

Trend Indicator

Optionally add:

• icon;
• accent color;
• mini chart.

Animate the Number

Use the number-counter setup.

Slider:

0 → 1,250,000.

Format it as:

€1.25M

or:

€1,250,000

depending on the design.

Animate the Trend

Use a second Slider:

Growth

Set:

18.4.

Display:

+18.4%

Add an upward arrow.

Color Based on Positive or Negative Growth

You can use conditional logic.

Conceptually:

If Growth >= 0:

use positive color.

Otherwise:

use negative color.

This allows the KPI card to update visually with the data.

Create Four KPI Cards

Examples:

Revenue

€1.25M

Customers

12,450

Conversion

8.7%

Retention

91%

Each card can use the same structure.

Only the data changes.

Build One Card, Duplicate It

This is more efficient than designing each from scratch.

Use consistent:

• padding;
• typography;
• corner radius;
• animation.

Your infographic becomes visually coherent.

Project 6: Donut Chart

A donut chart can show multiple categories.

Suppose:

Product A — 45%

Product B — 30%

Product C — 25%

You can construct three arc segments.

Use Separate Shape Layers

Create one circular Stroke for each category.

Use Trim Paths to control:

• segment length;
• segment offset.

This requires more careful calculation than a single progress ring.

Keep Donut Charts Simple

Too many categories become difficult to distinguish.

For motion graphics, 3–5 categories are often easier to understand than 15.

Animate Each Segment

You can:

• animate sequentially;
• animate all simultaneously;
• reveal them clockwise.

Sequential animation often makes category proportions easier to follow.

Add a Legend

Include:

Color

Category

Value

For example:

Product A — 45%

Product B — 30%

Product C — 25%

Don’t rely on color alone.

Labels improve accessibility and clarity.

Project 7: Comparison Chart

Suppose you want to compare:

2025 Revenue — €1.5M

with:

2026 Revenue — €2.1M

Create two bars.

Use a common scale.

Animate them side by side.

Avoid Misleading Scales

Data visualization has an ethical component.

If two bars represent:

90

and:

100,

but one appears three times taller than the other because the axis begins at 85, the graphic may exaggerate the difference.

Use scales deliberately and transparently.

Data Accuracy Matters More Than Drama

Animation should make the data clearer.

It should not distort the meaning.

Avoid:

• arbitrary bar heights;
• inconsistent scales;
• exaggerated perspective;
• misleading area comparisons.

Map Data Values to Pixels

Sometimes your value is:

72

but the chart area is:

500 pixels tall.

You need to map:

0–100

to:

0–500.

This is where:

linear()

becomes useful.

Example Mapping

Conceptually:

linear(value,0,100,0,500)

Now:

0 → 0 px

50 → 250 px

100 → 500 px

This lets you convert numerical data into visual dimensions.

Mapping Arbitrary Data Ranges

Suppose sales range from:

€1,000

to:

€10,000.

Your chart height is:

400 pixels.

Map:

1000–10000

to:

0–400.

This creates proportional visual scaling.

Use a Maximum Value Control

A reusable chart should ideally have:

Maximum Value

as a control.

Then your bars can calculate their size relative to that value.

For example:

Bar Value:

750

Max:

1000

Visual height:

75%.

Why Max Value Is Important

Without a common maximum, different bars may use inconsistent scales.

A master maximum maintains meaningful comparisons.

Master Progress Control

A particularly useful technique is creating:

Animation Progress

Slider:

0–100.

Instead of keyframing every chart separately, use one progress value.

How It Works

Suppose Q1 target value is:

At Progress:

0%

the displayed value is:

At Progress:

50%

the displayed value becomes approximately:

17.5.

At:

100%

the value reaches:

Use:

linear(progress,0,100,0,targetValue)

for each metric.

One Slider Animates the Entire Dashboard

You can now animate:

Progress 0 → 100

and:

• bars grow;
• counters increase;
• rings fill;
• KPI values animate.

This dramatically simplifies complex infographic timelines.

Add Staggering

If everything begins simultaneously, the dashboard may feel overwhelming.

Introduce delays.

For example:

Revenue starts at 0%.

Customers begins after progress reaches 10%.

Conversion begins after 20%.

Retention after 30%.

You can calculate these offsets mathematically.

Build Visual Hierarchy

Data animation should guide the eye.

A useful sequence might be:

1. Headline appears.
2. Primary KPI animates.
3. Supporting bars grow.
4. Trend line draws.
5. Labels appear.

This is more readable than having every element animate at once.

Create an Animated Infographic Timeline

Infographics can also represent chronological events.

For example:

2022 — Company founded

2023 — 1,000 customers

2024 — International expansion

2025 — €5M revenue

2026 — 50,000 users

Use:

• line;
• milestones;
• icons;
• counters.

Trim Paths can reveal the timeline progressively.

Animate a Timeline Line

Create a Shape Layer line.

Add Trim Paths.

Animate:

0 → 100%.

As the line moves forward, reveal each milestone.

This creates a clear narrative structure.

Use Markers for Timing

Composition markers can help identify moments when each data point should appear.

This makes complex infographic timing easier to manage.

Chart Labels

Every chart should clearly communicate:

• what the value represents;
• unit;
• category;
• time period.

Avoid presenting beautiful bars with no context.

Show Units

Examples:

€

%

kg

ms

hours

users

Numbers without units can be ambiguous.

Use Consistent Number Formatting

If one card displays:

€1.2M

and another:

€1,250,000.00

the dashboard may feel inconsistent.

Define a formatting standard.

Decimal Precision

Use only the precision necessary.

For example:

8.4%

may be enough.

Displaying:

8.43762%

usually adds visual noise without useful information.

Color Strategy

Use color to reinforce meaning.

For example:

Primary metric:

strong accent.

Supporting metrics:

more restrained colors.

Positive trend:

appropriate positive signal.

Negative trend:

appropriate warning signal.

But don’t rely on color alone to communicate meaning.

Accessibility

Consider viewers with color-vision differences.

Use:

• labels;
• icons;
• patterns;
• positioning;
• text.

Don’t make red and green the only way to distinguish outcomes.

Contrast

Data text must remain readable.

Ensure sufficient contrast between:

• numbers;
• backgrounds;
• chart elements;
• footage.

Font Choice

For numerical graphics, fonts with clear numerals are important.

Look for:

• distinct 1 and 7;
• clear decimal points;
• readable percentage signs;
• consistent number widths where useful.

Tabular Numbers

Some fonts support tabular figures, where each digit occupies equal width.

This is excellent for animated counters because the text changes without constantly shifting horizontally.

When Proportional Numbers Are Fine

For large headline statistics, proportional figures can still look excellent.

Test the actual animation.

Add Responsive Backgrounds

Use the sourceRectAtTime() technique from the previous articles.

A KPI card or label can automatically resize around:

€1.2M

or:

€10,250,000

without manual resizing.

Responsive Dashboard Cards

Combine:

Number counter

Label

responsive Shape Layer

Expression Controls

Now each card adapts to different content.

Add Master Colors

Create a controller layer:

CTRL — INFOGRAPHIC

Add:

Primary Color

Secondary Color

Positive Color

Negative Color

Background Color

All charts can reference these values.

Add Global Animation Speed

Create:

Animation Duration

or:

Animation Progress

depending on the system.

This lets you change the infographic pacing without editing dozens of keyframes.

Build a Reusable Infographic Template

A robust project might contain:

CTRL — INFOGRAPHIC

TITLE

KPI 01

KPI 02

KPI 03

BAR CHART

LINE CHART

FOOTNOTE

Organize each chart inside its own pre-comp.

Why Pre-Compose Charts?

Pre-compositions help isolate complex systems.

For example:

BAR CHART COMP

contains:

• bars;
• labels;
• values.

The main composition only needs one bar-chart layer.

This keeps the Timeline manageable.

Name Your Layers Clearly

Use:

BAR — REVENUE

rather than:

Shape Layer 17

Use:

VALUE — Q1

rather than:

Text 24

Data projects become complicated quickly.

Naming matters.

Keep Controls Separate from Artwork

A good structure is:

CTRL

contains values and configuration.

Artwork

contains visible elements.

ANIM

contains entrance/exit transforms.

This makes the system easier to troubleshoot.

Avoid Hard-Coded Numbers

If a value may change later, expose it as a Slider.

Instead of burying:

72

inside an expression, use:

Conversion Rate = 72

Now updating the data doesn’t require editing code.

Add a Data Notes Layer

For client work, consider adding a guide or notes layer describing:

• data source;
• date;
• units;
• chart maximum.

This reduces errors during revisions.

Keep Source Data

Always keep the source numbers documented.

Animation shouldn’t become the only place where the data exists.

Data-Driven Workflows

After Effects can go further than manually entered Slider Controls.

More advanced projects can use imported data such as:

• JSON;
• CSV-derived workflows;
• external data sources.

Expressions can then drive visual elements from that information.

When External Data Is Useful

Suppose you have:

100 chart values.

Manually entering each Slider is inefficient.

A data-driven workflow can be more appropriate.

For a simple five-value infographic, manual controls may be easier.

Choose complexity based on scale.

Don’t Overengineer Simple Charts

If you only need one 60% ring for one project, you don’t need a massive automated framework.

Expressions should save time, not become a programming exercise.

Motion Design Principles Still Matter

Automation doesn’t create good design automatically.

Pay attention to:

• hierarchy;
• spacing;
• timing;
• typography;
• contrast;
• composition.

A perfectly automated chart can still be visually poor.

Timing Charts

A common mistake is making every chart animate too slowly.

Most business infographic elements can reveal their information within:

0.5–1.5 seconds.

Longer animation may be appropriate for explanatory sequences.

Hold the Final Value

Give viewers enough time to read the result.

Don’t animate:

0 → 100

and immediately remove the graphic.

Allow a hold.

Animate Out

Your infographic also needs a clean exit.

Options include:

• fade;
• slide;
• collapse;
• reverse animation.

Keep the exit simpler than the information reveal in many cases.

Motion Blur

Use Motion Blur for moving:

• cards;
• bars sliding into place;
• labels.

Scale-based bar growth may not always require strong motion blur.

Judge visually.

Avoid Bounce on Accurate Charts

A bar representing:

75

should probably not overshoot to:

90

and bounce back to:

75,

because this temporarily communicates the wrong value.

This is important.

Physics-inspired animation is excellent for decorative graphics.

But data values should remain semantically accurate.

Better Alternative

Use easing.

Let the bar approach 75 smoothly without exceeding it.

Number Counters Can Ease

Counters can speed up and slow down.

They should generally not overshoot their target unless the temporary incorrect number has an intentional meaning.

Data Visualization Has Semantic Motion

Motion itself can communicate information.

An overshoot isn’t merely decorative when attached to a number.

It can imply the value temporarily exceeded the target.

Be careful.

Common Mistake: Bars Don’t Match Numbers

If the text says:

72%

but the bar visually represents:

65%,

the infographic loses credibility.

Use one data source to drive both.

Common Mistake: Different Scales

All bars in the same comparison chart should use the same scale unless explicitly stated otherwise.

Common Mistake: Overly Complex Animation

The audience is trying to understand the numbers.

Don’t bury them under:

• excessive particles;
• spinning elements;
• lens flares;
• constant camera movement.

Common Mistake: Too Many Colors

Use a controlled color system.

Common Mistake: Tiny Labels

Charts displayed on video often need larger typography than charts designed for desktop reports.

Common Mistake: Too Much Data

A 10-second animation probably shouldn’t show 50 statistics.

Break complex information into scenes.

Common Mistake: No Context

Always explain what:

72

actually means.

Common Mistake: No Source or Date

For important business or research data, consider showing:

• reporting period;
• data source.

Five Infographic Exercises

Exercise 1 — Percentage Bar

Create one bar and counter driven by the same Slider.

Exercise 2 — Four-Bar Chart

Create four bars with independently controlled values.

Exercise 3 — Progress Ring

Use Trim Paths and a percentage counter.

Exercise 4 — KPI Card

Create a counter, label, and trend indicator.

Exercise 5 — Dashboard

Combine three or more components using one master animation Progress Slider.

Complete these five and you’ll have a strong foundation for animated data visualization.

Practical Project: Business Performance Dashboard

Create four KPI cards:

Revenue

€2.4M

Growth

+18%

Customers

12.5K

Retention

92%

Below them, add a four-column quarterly revenue chart.

Animate the dashboard in stages.

Suggested Sequence

0:00

Title appears.

0:10

Revenue animates.

0:15

Other KPIs appear.

0:25

Bars grow.

0:40

Labels settle.

0:50

Hold complete dashboard.

This creates a clear information hierarchy.

Practical Project: Social Media Statistic

Create a vertical composition.

Large central value:

87%

Circular progress ring.

Text:

of customers prefer video tutorials

Animate:

• ring;
• number;
• supporting text.

Keep everything large enough for mobile viewing.

Practical Project: YouTube Subscriber Milestone

Create:

0 → 100K

counter.

Add:

• progress bar;
• channel icon;
• celebratory background animation.

Keep the actual number as the primary visual element.

Practical Project: Financial Chart

Animate:

• Revenue;
• Profit;
• Growth.

Use consistent colors and scales.

Add a footnote indicating the reporting period.

For financial content, clarity should dominate over decoration.

Frequently Asked Questions

Can After Effects create animated charts?

Yes. Shape Layers, Text Layers, Trim Paths, expressions, and Expression Controls can be combined to create many chart types.

Can I create bar charts?

Yes.

Can I create line charts?

Yes. Shape paths and Trim Paths work particularly well for animated line charts.

Can I create circular progress charts?

Yes. Use an Ellipse Stroke with Trim Paths.

Can numbers stay synchronized with charts?

Yes. Use one Slider Control to drive both the chart property and Source Text.

What is the best way to animate a percentage bar?

A Slider controlling horizontal Scale is a simple and effective method.

How do I animate chart values?

Animate a Slider Control and link visual properties to it.

Can I create an animated dashboard?

Yes. Multiple chart components and KPI cards can be combined into a single composition.

Can one Slider animate several metrics?

A master Progress Slider can drive several values using linear() or related mapping functions.

Can I import data?

Advanced After Effects workflows can use external data, though simple charts may be faster to build with Expression Controls.

Should charts use bounce animation?

Usually not when bouncing causes the visual value to temporarily exceed the real data. Smooth easing is generally safer.

Can I animate financial statistics?

Yes. Counters, bars, line charts, and KPI cards are commonly used for business and financial motion graphics.

Do I need a plug-in?

No. Many professional animated infographics can be created entirely with native After Effects tools.

Practice Animated Infographics in After Effects

Start with:

one Slider.

Use it to control:

one bar

and:

one number.

Once that works, duplicate the system.

Create four values.

Then create a progress ring.

Finally, combine the elements into a dashboard.

The key is learning to maintain one source of truth for each metric.

If:

Value = 72

then every representation of that metric should use the same control.

This keeps the design accurate and easy to update.

If you’d like to build animated charts and infographic systems yourself, you can explore Adobe’s current After Effects options here:

Get Adobe After Effects and start creating animated charts and infographics

What Should You Learn Next?

Charts introduce another useful After Effects skill:

Trim Paths.

We used Trim Paths to animate:

• progress rings;
• line charts;
• circular indicators.

But Trim Paths can do much more.

You can use it to create:

• line-drawing animations;
• handwriting effects;
• logo reveals;
• animated borders;
• route maps;
• infographic lines;
• loading indicators.

The next article will therefore be:

How to Use Trim Paths in Adobe After Effects: Complete Beginner Guide.

We’ll explore Start, End, Offset, multiple shapes, path direction, line drawing, loading animations, map routes, and practical motion-design techniques.

Final Thoughts

Animated infographics are one of the most practical uses of expressions in Adobe After Effects.

The goal is not simply to make numbers move.

The goal is to create a visual relationship between:

data

and:

design.

A value of:

72

can drive:

72% text

72% bar

72% circular ring

all from one control.

Change the value to:

Everything updates.

That is the real advantage of expression-driven data visualization.

Build your charts around a few principles:

Use one source of truth for every metric.

Map values consistently.

Keep scales honest.

Make labels clear.

Use animation to direct attention.

Avoid motion that misrepresents the data.

Keep the final values readable long enough to understand.

Once you combine Shape Layers, counters, Trim Paths, Expression Controls, and responsive layouts, After Effects becomes an extremely capable tool for turning statistics into understandable visual stories.

Explore Adobe After Effects and start turning data into motion