### Configuring SwiftFortuneWheel Appearance (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/GettingStarted.md

Shows how to create an `SFWConfiguration` object by defining preferences for slice colors, strokes, wheel circle appearance, and start position, which dictates the visual style and layout of the wheel.

```Swift
let sliceColorType = SFWConfiguration.ColorType.evenOddColors(evenColor: .black, oddColor: .cyan)

let slicePreferences = SFWConfiguration.SlicePreferences(backgroundColorType: sliceColorType, strokeWidth: 1, strokeColor: .black)

let circlePreferences = SFWConfiguration.CirclePreferences(strokeWidth: 10, strokeColor: .black)

let wheelPreferences = SFWConfiguration.WheelPreferences(circlePreferences: circlePreferences, slicePreferences: slicePreferences, startPosition: .bottom)

let configuration = SFWConfiguration(wheelPreferences: wheelPreferences)
```

--------------------------------

### Creating Fortune Wheel Slices (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/GettingStarted.md

Demonstrates how to create a list of `Slice` objects, defining their content such as images and associated preferences, to populate the fortune wheel.

```Swift
var slices: [Slice] = []
let imagePreferences = ImagePreferences(preferredSize: CGSize(width: 40, height: 40), verticalOffset: 40)
let imageSliceContent = Slice.ContentType.assetImage(name: "crown", preferenes: imagePreferences)
let slice = Slice(contents: [imageSliceContent])
slices.append(slice)
```

--------------------------------

### Importing SwiftFortuneWheel Module (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/GettingStarted.md

Imports the necessary SwiftFortuneWheel module into your ViewController class to access the library's components and functionalities.

```Swift
import SwiftFortuneWheel
```

--------------------------------

### Starting Fortune Wheel Rotation (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/GettingStarted.md

Initiates the rotation animation of the fortune wheel, specifying the target slice index, the duration for continuous rotation, and providing a completion handler that is called when the animation finishes.

```Swift
fortuneWheel.startRotationAnimation(finishIndex: 0, continuousRotationTime: 1) { (finished) in
            print(finished)
        }
```

--------------------------------

### Connecting SwiftFortuneWheel View (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/GettingStarted.md

Declares an IBOutlet to connect the UIView placed in the Storyboard, configured with the SwiftFortuneWheel class and module, to your ViewController.

```Swift
/// Fortune Wheel
@IBOutlet weak var fortuneWheel: SwiftFortuneWheel!
```

--------------------------------

### Assigning Configuration and Slices (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/GettingStarted.md

Sets the previously created `SFWConfiguration` and the list of `Slice` objects to the `fortuneWheel` instance, applying the defined appearance and content to the wheel view.

```Swift
fortuneWheel.configuration = configuration
fortuneWheel.slices = slices
```

--------------------------------

### Add SwiftFortuneWheel Dependency via CocoaPods

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/Installation.md

Adds the SwiftFortuneWheel library as a dependency to your project's Podfile, allowing CocoaPods to manage its installation and updates.

```Ruby
pod 'SwiftFortuneWheel'
```

--------------------------------

### Using Default SFWConfiguration in UIViewController (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/Configuration_indepth.md

This snippet shows how to easily apply the default configuration defined in the SFWConfiguration extension within a UIViewController's viewDidLoad method, simplifying the setup code in the view controller.

```Swift
class myViewController: UIViewController {
	 override func viewDidLoad() {
        super.viewDidLoad()
		swiftFortuneWheel.configuration = .defaultConfiguration
    }
}
```

--------------------------------

### Creating SFWConfiguration Step-by-Step (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/Configuration_indepth.md

This snippet demonstrates the manual process of creating the necessary preference objects (SlicePreferences, CirclePreferences, WheelPreferences) and the SFWConfiguration object, then assigning it to the swiftFortuneWheel instance.

```Swift
let sliceColorType = SFWConfiguration.ColorType.evenOddColors(evenColor: .black, oddColor: .cyan)

let slicePreferences = SFWConfiguration.SlicePreferences(backgroundColorType: sliceColorType, strokeWidth: 1, strokeColor: .black)

let circlePreferences = SFWConfiguration.CirclePreferences(strokeWidth: 10, strokeColor: .black)

let wheelPreferences = SFWConfiguration.WheelPreferences(circlePreferences: circlePreferences, slicePreferences: slicePreferences, startPosition: .bottom)

let configuration = SFWConfiguration(wheelPreferences: wheelPreferences)

swiftFortuneWheel.configuration = configuration
```

--------------------------------

### Configuring Edge Collision Sound and Feedback (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/sound_effects.md

This snippet demonstrates how to set up a sound file for edge collisions, enable optional haptic feedback, and activate edge collision detection for a SwiftFortuneWheel instance. It requires adding the specified sound file (e.g., Click.mp3) to the project and creating an AudioFile object.

```Swift
@IBOutlet weak var fortuneWheel: SwiftFortuneWheel!
// after SwiftFortuneWheel init and configuration…

// add Click.mp3 to your project, create AudioFile, and set to edgeCollisionSound
fortuneWheel.edgeCollisionSound = AudioFile(filename: "Click", extensionName: "mp3")

// optionally, turn on the haptic feedback for each impact
fortuneWheel.impactFeedbackOn = true

// turn on the edge collision detection
fortuneWheel.edgeCollisionDetectionOn = true
```

--------------------------------

### Configuring Center Collision Sound and Feedback (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/sound_effects.md

This snippet shows how to configure a sound file for center collisions, enable optional haptic feedback, and activate center collision detection for a SwiftFortuneWheel instance. Similar to edge collision, it requires adding the sound file (e.g., Click.mp3) to the project and creating an AudioFile object.

```Swift
@IBOutlet weak var fortuneWheel: SwiftFortuneWheel!
// after SwiftFortuneWheel init and configuration…

// add Click.mp3 to your project, create AudioFile, and set to centerCollisionSound
fortuneWheel.centerCollisionSound = AudioFile(filename: "Click", extensionName: "mp3")

// optionally, turn on the haptic feedback for each impact
fortuneWheel.impactFeedbackOn = true

// turn on the center collision detection
fortuneWheel.centerCollisionDetectionOn = true
```

--------------------------------

### Adding Default SFWConfiguration Extension (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/Configuration_indepth.md

This code defines an extension for SFWConfiguration to provide a static computed property 'defaultConfiguration'. This simplifies the configuration process by encapsulating the creation of preference objects into a reusable property.

```Swift
extension SFWConfiguration {
	static var defaultConfiguration: SFWConfiguration {
		let sliceColorType = SFWConfiguration.ColorType.evenOddColors(evenColor: .black, oddColor: .cyan)

		let slicePreferences = SFWConfiguration.SlicePreferences(backgroundColorType: sliceColorType, strokeWidth: 1, strokeColor: .black)

		let circlePreferences = SFWConfiguration.CirclePreferences(strokeWidth: 10, strokeColor: .black)

		let wheelPreferences = SFWConfiguration.WheelPreferences(circlePreferences: circlePreferences, slicePreferences: slicePreferences, startPosition: .bottom)

		let configuration = SFWConfiguration(wheelPreferences: wheelPreferences)

		return configuration
	}
}
```

--------------------------------

### Configuring pinImageView Collision Effect (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/collision.md

Demonstrates how to enable the visual collision effect for the pinImageView in SwiftFortuneWheel. It shows setting the pinImageViewCollisionEffect with force and angle, and enabling edgeCollisionDetectionOn.

```Swift
@IBOutlet weak var fortuneWheel: SwiftFortuneWheel!
// after SwiftFortuneWheel init and configuration…

// Creates the CollisionEffect for pinImageView
fortuneWheel.pinImageViewCollisionEffect = CollisionEffect(force: 8, angle: 20)
            
// Turn on the edge collision detection
// One of the collision detection should be on in order to simulate the collision effect
fortuneWheel.edgeCollisionDetectionOn = true
```

--------------------------------

### Using Center Collision Callback (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/collision.md

Demonstrates how to use the onCenterCollision callback to handle center collision events. It provides a closure that receives the collision progress (or nil for continuous rotation) and prints it. It requires centerCollisionDetectionOn to be true.

```Swift
@IBOutlet weak var fortuneWheel: SwiftFortuneWheel!
// after SwiftFortuneWheel init and configuration…

// center collision callback with progress, if rotation is continuous, progress is equal to nil
fortuneWheel.onCenterCollision = { progress in
       print("center collision progress: \(String(describing: progress))")
}

// turn on the center collision detection
fortuneWheel.centerCollisionDetectionOn = true
```

--------------------------------

### Using Edge Collision Callback (Swift)

Source: https://github.com/sh-khashimov/swiftfortunewheel/blob/master/Documentation/collision.md

Shows how to use the onEdgeCollision callback to handle edge collision events. It provides a closure that receives the collision progress (or nil for continuous rotation) and prints it. It also requires edgeCollisionDetectionOn to be true.

```Swift
@IBOutlet weak var fortuneWheel: SwiftFortuneWheel!
// after SwiftFortuneWheel init and configuration…

// edge collision callback with progress, if rotation is continuous, progress is equal to nil
fortuneWheel.onEdgeCollision = { progress in
       print("edge collision progress: \(String(describing: progress))")
}

// turn on the edge collision detection
fortuneWheel.edgeCollisionDetectionOn = true
```

=== COMPLETE CONTENT === This response contains all available snippets from this library. No additional content exists. Do not make further requests.