# Example Files

{% hint style="success" %}
We recommend checking out [Project Settings](https://scenegroup.gitbook.io/cavalry/user-interface/menus/window-menu/asset-window/project-settings) to ensure any Assets link correctly.
{% endhint %}

{% file src="<https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-MZw8QYDO4HDEX3V5w-a%2F-MZw8VNTdeSOLubyHx0F%2FCavalry%20Demo%20Files.zip?alt=media&token=94fffb46-fcbd-4e97-9766-12b83e24a9e0>" %}

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-LzryBRZe99yDqb39A4V%2F-Lzrz2bLe1-8wsNGsfis%2FjustYourType.00000.png?alt=media&#x26;token=a3c4f755-914f-4502-8cb5-674eabb6e6cc" alt=""></div>

#### Just Your Type

Simplified, this is a just [Type Shape](https://scenegroup.gitbook.io/cavalry/getting-started/broken-reference) with a [Type Manipulator](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/manipulator) set to **Transition**. Scrubbing the **Percentage** simply transitions the text string on the **Type Shape** to the text string entered in **Final Text** on the Manipulator. We then take this a step further by using [Text Arrays](https://scenegroup.gitbook.io/cavalry/nodes/utilities/string-array) to allow us to create multi-line text via a [Duplicator](https://scenegroup.gitbook.io/cavalry/nodes/shapes/duplicator). You'll also notice we're using a [Bounding Box](https://scenegroup.gitbook.io/cavalry/nodes/utilities/bounding-box) to resize a rounded rectangle depending on the length of the text string. Because the Type and the Rectangle are under a [Group](https://scenegroup.gitbook.io/cavalry/nodes/shapes/group) they both get duplicated.

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-LzryBRZe99yDqb39A4V%2F-Lzs07Ci0bvjHLB9vmMf%2Finfrequency.00000.png?alt=media&#x26;token=f69bfd1e-ff5f-43fe-83c4-ab6a56b3329c" alt=""></div>

#### Infrequency

A [Line Shape](https://scenegroup.gitbook.io/cavalry/nodes/shapes/basic-line) connected to a [Duplicator](https://scenegroup.gitbook.io/cavalry/nodes/shapes/duplicator). There’s an [Oscillator](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/oscillator) then used as a **Deformer** on the **Line** (with **Use Normals** checked). A [Stagger](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/stagger) is then connected to the Oscillator’s **Frequency** to offset each line.

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-1xyaEn6rxruIjwT43%2F-M-1yt7A9j9odwLbrLBd%2Fconcentrick.00000.png?alt=media&#x26;token=bfb2634d-6356-495b-a7b3-acac599d6d35" alt=""></div>

#### Concentrick

A [Circle](https://scenegroup.gitbook.io/cavalry/nodes/shapes/basic-shape) is used as the **Input Shape** on a [Duplicator](https://scenegroup.gitbook.io/cavalry/nodes/shapes/duplicator) with its **Distribution** set to **Point**. A [Stagger](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/stagger) Behaviour is then used to stagger the **Radius** of each duplicated Circle. An [Oscillator](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/oscillator) is then connected to **Shape Position** on the Duplicator. Scrub the **Stagger** value on the Oscillator to change the effect.

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-1xyaEn6rxruIjwT43%2F-M-1zHDPoAmdZ332JPlk%2Fmazin.00000.png?alt=media&#x26;token=c0333bca-26bd-4823-8a2d-007735e82378" alt=""></div>

#### Mazin

A [Basic Line](https://scenegroup.gitbook.io/cavalry/nodes/shapes/basic-line) (rotated to 45º) under a [Group](https://scenegroup.gitbook.io/cavalry/nodes/shapes/group) (because the Duplicator ignores top level shape transforms). The Group is then added to a [Duplicator](https://scenegroup.gitbook.io/cavalry/nodes/shapes/duplicator). We’re then using a [Value Array](https://scenegroup.gitbook.io/cavalry/nodes/utilities/value-array) with values of **0** and **90** and then a [Value](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/value) Behaviour (with a [Falloff](https://scenegroup.gitbook.io/cavalry/nodes/utilities/falloff)) connected to its **Array Index**. The Falloff acts as a switch between those two values. There’s also a [JS Math](https://scenegroup.gitbook.io/cavalry/nodes/utilities/js-math) node used to create a relationship between the line **Length** and the **Size** attributes on the Grid Distribution. This isn’t really necessary but means that when you change the Line length the Distribution Size updates.:sunglasses:&#x20;

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-1xyaEn6rxruIjwT43%2F-M-21yvqDm6OFb3zUmXP%2Fjoyrig.00000.png?alt=media&#x26;token=95d48e3f-a6b8-44ca-b915-993ca06f7177" alt=""></div>

#### Joy Rig

A demo of our [Rig Control](https://scenegroup.gitbook.io/cavalry/nodes/utilities/rig-control) and [Keyframe Layers](https://scenegroup.gitbook.io/cavalry/user-interface/menus/window-menu/scene-window/keyframe-layers) features. Best to check out the links for how it all comes together. :wink:&#x20;

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-1xyaEn6rxruIjwT43%2F-M-22mDQk7lyA3tj4KWW%2Fringting.00116.png?alt=media&#x26;token=607be60d-52fa-401f-9e6c-be085b742851" alt=""></div>

#### Ring Ting

This one’s using a [Polygon](https://scenegroup.gitbook.io/cavalry/nodes/shapes/basic-shape) in a [Duplicator](https://scenegroup.gitbook.io/cavalry/nodes/shapes/duplicator) along a **Path Distribution**. The **Input Path** (a circle) is then being deformed by a [Noise](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/noise) Behaviour. A [Falloff](https://scenegroup.gitbook.io/cavalry/nodes/utilities/falloff) is then used to determine the strength of the **Noise**.

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-1xyaEn6rxruIjwT43%2F-M-23WkKIjyoe9zfX5cF%2Fdobble.00000.png?alt=media&#x26;token=3b04bd90-e221-48b3-818f-89554131fbc2" alt=""></div>

#### Dobble Wobble

An Arc duplicated via a Point Distribution and then we have a [Value Array](https://scenegroup.gitbook.io/cavalry/nodes/utilities/value-array) specifying the rotations. That **Duplicator** then goes into a second **Duplicator** to form a simple pattern which is then animated via the **Shape Rotation** attribute. The animation curves are set to **Loop with Offset** in the [Graph Editor](https://scenegroup.gitbook.io/cavalry/user-interface/menus/window-menu/scene-window/graph-editor).

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-1xyaEn6rxruIjwT43%2F-M-23wbqIuZIHTfu76LW%2Ffocus.00040.png?alt=media&#x26;token=9c360f3a-3cbb-4f4f-b698-1e8baf20e4a4" alt=""></div>

#### Focus

The [Circle](https://scenegroup.gitbook.io/cavalry/nodes/shapes/basic-shape) has a [Gradient Shader](https://scenegroup.gitbook.io/cavalry/nodes/effects/gradient-shader) (set to Conical) on an **Overlay** [Blend Mode](https://scenegroup.gitbook.io/cavalry/user-interface/general/blend-modes). It also has a [Blur Filter](https://scenegroup.gitbook.io/cavalry/nodes/effects/blur-filter) with an [Oscillator](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/oscillator) connected to its **Amount**. Play with the **Stagger** attribute on the Oscillator to alter the offset values.

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-1xyaEn6rxruIjwT43%2F-M-24LgxYfdtpFpSs6FP%2Fopart.00040.png?alt=media&#x26;token=7e9ba16f-065f-4212-8bf9-153e97f98f8f" alt=""></div>

#### Opart

Mind your :eyes:! The [Circle](https://scenegroup.gitbook.io/cavalry/nodes/shapes/basic-shape) is being masked by another circle (Mask). Position.x of the **Mask** is then connected to a [Stagger](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/stagger) Behaviour. We're then using an Oscillator to animate the Stagger's **Maximum** attribute. One Duplicator creates the horizontal layout while the other stacks them vertically. We're then using a [Modulate](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/modulate) connected to the Shape Rotation of the vertical Duplicator to create a pattern (0,180) to flip-flop the rows.

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-24Q1IpZWrIT_S15cb%2F-M-24lKG44gsUn8AxZkM%2Fbutton.00016.png?alt=media&#x26;token=fcb89fd4-e0e8-4a8d-a5f8-9552afd45fca" alt=""></div>

#### Button

An example using Cavalry to mock up UI elements. A [Value 2](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/value-2) is connected to the **Offset** of the [Drop Shadow Filter](https://scenegroup.gitbook.io/cavalry/nodes/effects/drop-shadow-filter). The **Value 2** has a [Falloff](https://scenegroup.gitbook.io/cavalry/nodes/utilities/falloff) added to it. Anything within the Falloff receives the **Value** whereas anything outside it does not (note we've added an **Offset** of **2** to ensure there's always some shadow). Moving the Falloff over each shape creates the illusion of a button press.

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-24Q1IpZWrIT_S15cb%2F-M-25cHWSMI6rMs4V1oO%2Fsee.00014.png?alt=media&#x26;token=aca996a9-a918-415e-ab97-59aa71d7d8af" alt=""></div>

#### See

The rectangle is being rotated using a [Frame](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/frame) via a [Stagger](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/stagger). It's then duplicated along a **Rectangle** using a [Path Distribution](https://scenegroup.gitbook.io/cavalry/user-interface/general/distribution-types). Note that **Vectorise** is checked on the rectangle (Path) and some **Divisions** are set. This converts the rounded corners from bezier to 'lines'. That path is then being deformed using [Noise](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/noise) and its **Strength** is being animated.

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-24Q1IpZWrIT_S15cb%2F-M-26-GPeYKXisB7Y4m0%2Fdaynight.00000.png?alt=media&#x26;token=2e946ac5-cd70-4451-a096-46c079603f43" alt=""></div>

#### Day Night

This one’s more of a ‘rig’. The [Null](https://scenegroup.gitbook.io/cavalry/nodes/utilities/null) is connected to various Elements via some [Value](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/value) and [Value 2](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/value-2) Behaviours. These are being used as multipliers for **Position** on a Mask (Moon), the **Length** of a Line (Sun), the **Count** on a [Duplicator](https://scenegroup.gitbook.io/cavalry/nodes/shapes/duplicator) (Stars) and **Color** (Sky). By moving the **Null** left/right the scene transfers from Night to Day. Note that position.y on the **Null** is 'locked' using the **Limit Position** attributes. Inspired by this article - <https://t.ly/nRwY>

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-M-262LLOXQt7sg0JBpA%2F-M-26Q1gZ_QSq6I1fVCE%2FquadTree.00060.png?alt=media&#x26;token=61b64e55-6226-4b77-86f3-e367a1dfb5e4" alt=""></div>

#### Quad Tree

Duplication via the Quad Tree Shape to position and scale other compositions. This example also demonstrates how you can create complexity by varying the 3 input shapes using Noise and Random behaviours.

<div align="left"><img src="https://1676825895-files.gitbook.io/~/files/v0/b/gitbook-legacy-files/o/assets%2F-LT2-S1m8aSPAI_Gg3Q1%2F-LzuXe5bhQUpmM7fA_6F%2F-LzuiHpCvs7QkXHZ0MYd%2Fdata.00040.png?alt=media&#x26;token=4900d610-773e-43b5-9ff7-48d4b781dc75" alt=""></div>

#### Data

A [Rectangle](https://scenegroup.gitbook.io/cavalry/nodes/shapes/basic-shape) and [Type Shape](https://scenegroup.gitbook.io/cavalry/getting-started/broken-reference) are grouped (Items) and then added to a [Duplicator](https://scenegroup.gitbook.io/cavalry/nodes/shapes/duplicator) set to a [Linear Distribution](https://scenegroup.gitbook.io/cavalry/user-interface/general/distribution-types). A [Google Sheet](https://scenegroup.gitbook.io/cavalry/user-interface/menus/window-menu/asset-window) has then been imported and connected to 3 [Spreadsheet](https://scenegroup.gitbook.io/cavalry/nodes/utilities/spreadsheet) Atoms. The **Column Title** is then set on each Spreadsheet for Label, Value and Color (the names in the 1st row of the linked [Google Sheet](https://docs.google.com/spreadsheets/d/1pcz0L3mE0oWDsPPvB9Iu0i6wwDFsDUeGwMNykhfTAPQ/edit#gid=0)). Then each Spreadsheet is linked to **Height** and **Color** of the Bar and **Text** for the Label. Note that for the Height Spreadsheet we've remapped the values using a [Number Range](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/number-range). An [Align](https://scenegroup.gitbook.io/cavalry/nodes/behaviours/align) Behaviour is connected to the Bar's Deformer attribute so that its base stays in place.&#x20;


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