モデル構成を使用してレスポンスを制御する

コレクションでコンテンツを整理 必要に応じて、コンテンツの保存と分類を行います。

import FirebaseAI

// Set parameter values in a `GenerationConfig` (example values shown here)
let config = GenerationConfig(
  temperature: 0.9,
  topP: 0.1,
  topK: 16,
  maxOutputTokens: 200,
  stopSequences: ["red"]
)

// Initialize the Gemini Developer API backend service
// Specify the config as part of creating the `GenerativeModel` instance
let model = FirebaseAI.firebaseAI(backend: .googleAI()).generativeModel(
  modelName: "GEMINI_MODEL_NAME",
  generationConfig: config
)

// ...

// ...

// Set parameter values in a `GenerationConfig` (example values shown here)
val config = generationConfig {
    maxOutputTokens = 200
    stopSequences = listOf("red")
    temperature = 0.9f
    topK = 16
    topP = 0.1f
}

// Initialize the Gemini Developer API backend service
// Specify the config as part of creating the `GenerativeModel` instance
val model = Firebase.ai(backend = GenerativeBackend.googleAI()).generativeModel(
    modelName = "GEMINI_MODEL_NAME",
    generationConfig = config
)

// ...

// ...

// Set parameter values in a `GenerationConfig` (example values shown here)
GenerationConfig.Builder configBuilder = new GenerationConfig.Builder();
configBuilder.maxOutputTokens = 200;
configBuilder.stopSequences = List.of("red");
configBuilder.temperature = 0.9f;
configBuilder.topK = 16;
configBuilder.topP = 0.1f;

GenerationConfig config = configBuilder.build();

// Specify the config as part of creating the `GenerativeModel` instance
GenerativeModelFutures model = GenerativeModelFutures.from(
        FirebaseAI.getInstance(GenerativeBackend.googleAI())
                .generativeModel(
                    "GEMINI_MODEL_NAME",
                    config
                );
);

// ...

// ...

// Initialize the Gemini Developer API backend service
const ai = getAI(firebaseApp, { backend: new GoogleAIBackend() });

// Set parameter values in a `GenerationConfig` (example values shown here)
const generationConfig = {
  max_output_tokens: 200,
  stop_sequences: ["red"],
  temperature: 0.9,
  top_p: 0.1,
  top_k: 16,
};

// Specify the config as part of creating the `GenerativeModel` instance
const model = getGenerativeModel(ai, { model: "GEMINI_MODEL_NAME",  generationConfig });

// ...

// ...

// Set parameter values in a `GenerationConfig` (example values shown here)
final generationConfig = GenerationConfig(
  maxOutputTokens: 200,
  stopSequences: ["red"],
  temperature: 0.9,
  topP: 0.1,
  topK: 16,
);

// Initialize the Gemini Developer API backend service
// Specify the config as part of creating the `GenerativeModel` instance
final model = FirebaseAI.googleAI().generativeModel(
  model: 'GEMINI_MODEL_NAME',
  config: generationConfig,
);

// ...

// ...

// Set parameter values in a `GenerationConfig` (example values shown here)
var generationConfig = new GenerationConfig(
  maxOutputTokens: 200,
  stopSequences: new string[] { "red" },
  temperature: 0.9f,
  topK: 16,
  topP: 0.1f
);

// Specify the config as part of creating the `GenerativeModel` instance
var ai = FirebaseAI.GetInstance(FirebaseAI.Backend.GoogleAI());
var model = ai.GetGenerativeModel(
  modelName: "GEMINI_MODEL_NAME",
  generationConfig: generationConfig
);

import FirebaseAI

// Set parameter values in a `ImagenGenerationConfig` (example values shown here)
let config = ImagenGenerationConfig(
  negativePrompt: "frogs",
  numberOfImages: 2,
  aspectRatio: .landscape16x9,
  imageFormat: .jpeg(compressionQuality: 100),
  addWatermark: false
)

// Initialize the Gemini Developer API backend service
// Specify the config as part of creating the `ImagenModel` instance
let model = FirebaseAI.firebaseAI(backend: .googleAI()).imagenModel(
  modelName: "IMAGEN_MODEL_NAME",
  generationConfig: config
)

// ...

// ...

// Set parameter values in a `ImagenGenerationConfig` (example values shown here)
val config = ImagenGenerationConfig {
    negativePrompt = "frogs",
    numberOfImages = 2,
    aspectRatio = ImagenAspectRatio.LANDSCAPE_16x9,
    imageFormat = ImagenImageFormat.jpeg(compressionQuality = 100),
    addWatermark = false
}

// Initialize the Gemini Developer API backend service
// Specify the config as part of creating the `GenerativeModel` instance
val model = Firebase.ai(backend = GenerativeBackend.vertexAI()).imagenModel(
    modelName = "IMAGEN_MODEL_NAME",
    generationConfig = config
)

// ...

// ...

// Set parameter values in a `ImagenGenerationConfig` (example values shown here)
ImagenGenerationConfig config = new ImagenGenerationConfig.Builder()
    .setNegativePrompt("frogs")
    .setNumberOfImages(2)
    .setAspectRatio(ImagenAspectRatio.LANDSCAPE_16x9)
    .setImageFormat(ImagenImageFormat.jpeg(100))
    .setAddWatermark(false)
    .build();

// Specify the config as part of creating the `ImagenModel` instance
ImagenModelFutures model = ImagenModelFutures.from(
        FirebaseAI.getInstance(GenerativeBackend.googleAI())
                .imagenModel(
                    "IMAGEN_MODEL_NAME",
                    config
                );
);

// ...

// ...

// Initialize the Gemini Developer API backend service
const ai = getAI(firebaseApp, { backend: new GoogleAIBackend() });

// Set parameter values in a `ImagenGenerationConfig` (example values shown here)
const generationConfig = {
  negativePrompt: "frogs",
  numberOfImages: 2,
  aspectRatio: ImagenAspectRatio.LANDSCAPE_16x9,
  imageFormat: ImagenImageFormat.jpeg(100),
  addWatermark: false
};

// Specify the config as part of creating the `ImagenModel` instance
const model = getImagenModel(ai, { model: "IMAGEN_MODEL_NAME", generationConfig });

// ...

// ...

// Set parameter values in a `ImagenGenerationConfig` (example values shown here)
final generationConfig = ImagenGenerationConfig(
  negativePrompt: 'frogs',
  numberOfImages: 2,
  aspectRatio: ImagenAspectRatio.landscape16x9,
  imageFormat: ImagenImageFormat.jpeg(compressionQuality: 100)
  addWatermark: false
);

// Initialize the Gemini Developer API backend service
// Specify the config as part of creating the `ImagenModel` instance
final model = FirebaseAI.googleAI().imagenModel(
  model: 'IMAGEN_MODEL_NAME',
  config: generationConfig,
);

// ...