// SpectrogramDisplaySize is the pixel dimension for spectrogram images.

// SpectrogramDisplaySize is the default pixel dimension for spectrogram images.

// ClampImageSize clamps a dimension to [224, 448].
func ClampImageSize(size int) int {
	return max(224, min(448, size))
}

	resized := utils.ResizeImage(img, utils.SpectrogramDisplaySize, utils.SpectrogramDisplaySize)

	imgSize := m.state.Config.ImageSize
	if imgSize == 0 {
		imgSize = utils.SpectrogramDisplaySize
	}
	imgSize = utils.ClampImageSize(imgSize)
	resized := utils.ResizeImage(img, imgSize, imgSize)

	ImageSize    int    `json:"image_size" jsonschema:"Spectrogram display size in pixels (224-448)"`

	}
	// Resolve image size
	imgSize := input.ImageSize
	if imgSize == 0 {
		imgSize = utils.SpectrogramDisplaySize

	imgSize = utils.ClampImageSize(imgSize)

		resized := utils.ResizeImage(img, utils.SpectrogramDisplaySize, utils.SpectrogramDisplaySize)

		resized := utils.ResizeImage(img, imgSize, imgSize)

	Folder   string
	File     string
	Filter   string
	Reviewer string
	Color    bool
	Bindings []KeyBinding

	Folder    string
	File      string
	Filter    string
	Reviewer  string
	Color     bool
	ImageSize int // spectrogram display size in pixels (0 = default)
	Bindings  []KeyBinding

	"strconv"

	var imgDims int

		case "--img-dims":
			if i+1 >= len(args) {
				fmt.Fprintf(os.Stderr, "Error: --img-dims requires a value\n")
				os.Exit(1)
			}
			v, err := strconv.Atoi(args[i+1])
			if err != nil {
				fmt.Fprintf(os.Stderr, "Error: --img-dims must be an integer\n")
				os.Exit(1)
			}
			imgDims = v
			i += 2

		Folder:   folder,
		File:     file,
		Filter:   filter,
		Reviewer: reviewer,
		Color:    color,
		Bindings: bindings,

		Folder:    folder,
		File:      file,
		Filter:    filter,
		Reviewer:  reviewer,
		Color:     color,
		ImageSize: imgDims,
		Bindings:  bindings,

	imgDims := fs.Int("img-dims", 0, "Spectrogram size in pixels (224-448, default 448)")

		ImageSize:    *imgDims,