CLIP_ImageEncoder.swift

///MARK: This is the generated class file, useful for proper implementation.
//Created by InspiratioNULL on 1/20/2026
// CLIP_ImageEncoder.swift
//
// This file was automatically generated and should not be edited.
//

import CoreML


/// Model Prediction Input Type
@available(macOS 12.0, iOS 15.0, tvOS 15.0, watchOS 8.0, visionOS 1.0, *)
@available(macOS 12.0, iOS 15.0, tvOS 15.0, watchOS 8.0, visionOS 1.0, *)
public class CLIP_ImageEncoderInput : MLFeatureProvider {

    /// image as color (kCVPixelFormatType_32BGRA) image buffer, 224 pixels wide by 224 pixels high
    /// image as color (kCVPixelFormatType_32BGRA) image buffer, 224 pixels wide by 224 pixels high
    public var image: CVPixelBuffer

    public var featureNames: Set<String> { ["image"] }

    public func featureValue(for featureName: String) -> MLFeatureValue? {
        if featureName == "image" {
            return MLFeatureValue(pixelBuffer: image)
        }
        return nil
    }

    public init(image: CVPixelBuffer) {
        self.image = image
    }

    public convenience init(imageWith image: CGImage) throws {
        self.init(image: try MLFeatureValue(cgImage: image, pixelsWide: 224, pixelsHigh: 224, pixelFormatType: kCVPixelFormatType_32ARGB, options: nil).imageBufferValue!)
    }

    public convenience init(imageAt image: URL) throws {
        self.init(image: try MLFeatureValue(imageAt: image, pixelsWide: 224, pixelsHigh: 224, pixelFormatType: kCVPixelFormatType_32ARGB, options: nil).imageBufferValue!)
    }

    func setImage(with image: CGImage) throws  {
        self.image = try MLFeatureValue(cgImage: image, pixelsWide: 224, pixelsHigh: 224, pixelFormatType: kCVPixelFormatType_32ARGB, options: nil).imageBufferValue!
    }

    func setImage(with image: URL) throws  {
        self.image = try MLFeatureValue(imageAt: image, pixelsWide: 224, pixelsHigh: 224, pixelFormatType: kCVPixelFormatType_32ARGB, options: nil).imageBufferValue!
    }

}


/// Model Prediction Output Type
@available(macOS 12.0, iOS 15.0, tvOS 15.0, watchOS 8.0, visionOS 1.0, *)
@available(macOS 12.0, iOS 15.0, tvOS 15.0, watchOS 8.0, visionOS 1.0, *)
public class CLIP_ImageEncoderOutput : MLFeatureProvider {

    /// Source provided by CoreML
    private let provider : MLFeatureProvider

    /// var_1240 as 1 by 512 matrix of floats
    /// var_1240 as 1 by 512 matrix of floats
    public var var_1240: MLMultiArray {
        provider.featureValue(for: "var_1240")!.multiArrayValue!
    }

    /// var_1240 as 1 by 512 matrix of floats
    /// var_1240 as 1 by 512 matrix of floats
    public var var_1240ShapedArray: MLShapedArray<Float> {
        MLShapedArray<Float>(var_1240)
    }

    public var featureNames: Set<String> {
        provider.featureNames
    }

    public func featureValue(for featureName: String) -> MLFeatureValue? {
        provider.featureValue(for: featureName)
    }

    public init(var_1240: MLMultiArray) {
        self.provider = try! MLDictionaryFeatureProvider(dictionary: ["var_1240" : MLFeatureValue(multiArray: var_1240)])
    }

    public init(features: MLFeatureProvider) {
        self.provider = features
    }
}


/// Class for model loading and prediction
@available(macOS 12.0, iOS 15.0, tvOS 15.0, watchOS 8.0, visionOS 1.0, *)
@available(macOS 12.0, iOS 15.0, tvOS 15.0, watchOS 8.0, visionOS 1.0, *)
public class CLIP_ImageEncoder {
    public let model: MLModel

    /// URL of model assuming it was installed in the same bundle as this class
    /// URL of model assuming it was installed in the same bundle as this class
    public class var urlOfModelInThisBundle : URL {
        let bundle = Bundle(for: self)
        return bundle.url(forResource: "CLIP_ImageEncoder", withExtension:"mlmodelc")!
    }

    /**
        Construct CLIP_ImageEncoder instance with an existing MLModel object.

        Usually the application does not use this initializer unless it makes a subclass of CLIP_ImageEncoder.
        Such application may want to use `MLModel(contentsOfURL:configuration:)` and `CLIP_ImageEncoder.urlOfModelInThisBundle` to create a MLModel object to pass-in.

        - parameters:
          - model: MLModel object
    */
    public init(model: MLModel) {
        self.model = model
    }

    /**
        Construct a model with configuration

        - parameters:
           - configuration: the desired model configuration

        - throws: an NSError object that describes the problem
    */
    public convenience init(configuration: MLModelConfiguration = MLModelConfiguration()) throws {
        try self.init(contentsOf: type(of:self).urlOfModelInThisBundle, configuration: configuration)
    }

    /**
        Construct CLIP_ImageEncoder instance with explicit path to mlmodelc file
        - parameters:
           - modelURL: the file url of the model

        - throws: an NSError object that describes the problem
    */
    public convenience init(contentsOf modelURL: URL) throws {
        try self.init(model: MLModel(contentsOf: modelURL))
    }

    /**
        Construct a model with URL of the .mlmodelc directory and configuration

        - parameters:
           - modelURL: the file url of the model
           - configuration: the desired model configuration

        - throws: an NSError object that describes the problem
    */
    public convenience init(contentsOf modelURL: URL, configuration: MLModelConfiguration) throws {
        try self.init(model: MLModel(contentsOf: modelURL, configuration: configuration))
    }

    /**
        Construct CLIP_ImageEncoder instance asynchronously with optional configuration.

        Model loading may take time when the model content is not immediately available (e.g. encrypted model). Use this factory method especially when the caller is on the main thread.

        - parameters:
          - configuration: the desired model configuration
          - handler: the completion handler to be called when the model loading completes successfully or unsuccessfully
    */
    public class func load(configuration: MLModelConfiguration = MLModelConfiguration(), completionHandler handler: @escaping (Swift.Result<CLIP_ImageEncoder, Error>) -> Void) {
        load(contentsOf: self.urlOfModelInThisBundle, configuration: configuration, completionHandler: handler)
    }

    /**
        Construct CLIP_ImageEncoder instance asynchronously with optional configuration.

        Model loading may take time when the model content is not immediately available (e.g. encrypted model). Use this factory method especially when the caller is on the main thread.

        - parameters:
          - configuration: the desired model configuration
    */
    public class func load(configuration: MLModelConfiguration = MLModelConfiguration()) async throws -> CLIP_ImageEncoder {
        try await load(contentsOf: self.urlOfModelInThisBundle, configuration: configuration)
    }

    /**
        Construct CLIP_ImageEncoder instance asynchronously with URL of the .mlmodelc directory with optional configuration.

        Model loading may take time when the model content is not immediately available (e.g. encrypted model). Use this factory method especially when the caller is on the main thread.

        - parameters:
          - modelURL: the URL to the model
          - configuration: the desired model configuration
          - handler: the completion handler to be called when the model loading completes successfully or unsuccessfully
    */
    public class func load(contentsOf modelURL: URL, configuration: MLModelConfiguration = MLModelConfiguration(), completionHandler handler: @escaping (Swift.Result<CLIP_ImageEncoder, Error>) -> Void) {
        MLModel.load(contentsOf: modelURL, configuration: configuration) { result in
            switch result {
            case .failure(let error):
                handler(.failure(error))
            case .success(let model):
                handler(.success(CLIP_ImageEncoder(model: model)))
            }
        }
    }

    /**
        Construct CLIP_ImageEncoder instance asynchronously with URL of the .mlmodelc directory with optional configuration.

        Model loading may take time when the model content is not immediately available (e.g. encrypted model). Use this factory method especially when the caller is on the main thread.

        - parameters:
          - modelURL: the URL to the model
          - configuration: the desired model configuration
    */
    public class func load(contentsOf modelURL: URL, configuration: MLModelConfiguration = MLModelConfiguration()) async throws -> CLIP_ImageEncoder {
        let model = try await MLModel.load(contentsOf: modelURL, configuration: configuration)
        return CLIP_ImageEncoder(model: model)
    }

    /**
        Make a prediction using the structured interface

        It uses the default function if the model has multiple functions.

        - parameters:
           - input: the input to the prediction as CLIP_ImageEncoderInput

        - throws: an NSError object that describes the problem

        - returns: the result of the prediction as CLIP_ImageEncoderOutput
    */
    public func prediction(input: CLIP_ImageEncoderInput) throws -> CLIP_ImageEncoderOutput {
        try prediction(input: input, options: MLPredictionOptions())
    }

    /**
        Make a prediction using the structured interface

        It uses the default function if the model has multiple functions.

        - parameters:
           - input: the input to the prediction as CLIP_ImageEncoderInput
           - options: prediction options

        - throws: an NSError object that describes the problem

        - returns: the result of the prediction as CLIP_ImageEncoderOutput
    */
    public func prediction(input: CLIP_ImageEncoderInput, options: MLPredictionOptions) throws -> CLIP_ImageEncoderOutput {
        let outFeatures = try model.prediction(from: input, options: options)
        return CLIP_ImageEncoderOutput(features: outFeatures)
    }

    /**
        Make an asynchronous prediction using the structured interface

        It uses the default function if the model has multiple functions.

        - parameters:
           - input: the input to the prediction as CLIP_ImageEncoderInput
           - options: prediction options

        - throws: an NSError object that describes the problem

        - returns: the result of the prediction as CLIP_ImageEncoderOutput
    */
    @available(macOS 14.0, iOS 17.0, tvOS 17.0, watchOS 10.0, visionOS 1.0, *)
    public func prediction(input: CLIP_ImageEncoderInput, options: MLPredictionOptions = MLPredictionOptions()) async throws -> CLIP_ImageEncoderOutput {
        let outFeatures = try await model.prediction(from: input, options: options)
        return CLIP_ImageEncoderOutput(features: outFeatures)
    }

    /**
        Make a prediction using the convenience interface

        It uses the default function if the model has multiple functions.

        - parameters:
            - image: color (kCVPixelFormatType_32BGRA) image buffer, 224 pixels wide by 224 pixels high

        - throws: an NSError object that describes the problem

        - returns: the result of the prediction as CLIP_ImageEncoderOutput
    */
    public func prediction(image: CVPixelBuffer) throws -> CLIP_ImageEncoderOutput {
        let input_ = CLIP_ImageEncoderInput(image: image)
        return try prediction(input: input_)
    }

    /**
        Make a batch prediction using the structured interface

        It uses the default function if the model has multiple functions.

        - parameters:
           - inputs: the inputs to the prediction as [CLIP_ImageEncoderInput]
           - options: prediction options

        - throws: an NSError object that describes the problem

        - returns: the result of the prediction as [CLIP_ImageEncoderOutput]
    */
    public func predictions(inputs: [CLIP_ImageEncoderInput], options: MLPredictionOptions = MLPredictionOptions()) throws -> [CLIP_ImageEncoderOutput] {
        let batchIn = MLArrayBatchProvider(array: inputs)
        let batchOut = try model.predictions(from: batchIn, options: options)
        var results : [CLIP_ImageEncoderOutput] = []
        results.reserveCapacity(inputs.count)
        for i in 0..<batchOut.count {
            let outProvider = batchOut.features(at: i)
            let result =  CLIP_ImageEncoderOutput(features: outProvider)
            results.append(result)
        }
        return results
    }
}