jpeg360

type Coverage struct {
	// HorizontalFOV is the horizontal field of view in degrees (0-360).
	HorizontalFOV float64

	// VerticalFOV is the vertical field of view in degrees (0-180).
	VerticalFOV float64

	// LeftCoverage is the left edge angle in degrees from center.
	LeftCoverage float64

	// RightCoverage is the right edge angle in degrees from center.
	RightCoverage float64

	// TopCoverage is the top edge angle in degrees from horizon.
	TopCoverage float64

	// BottomCoverage is the bottom edge angle in degrees from horizon.
	BottomCoverage float64
}

type CubemapLayout uint8

type Metadata360 struct {
	// ProjectionType defines how the sphere is projected to 2D.
	ProjectionType ProjectionType

	// InitialViewport specifies the default view when the image is first displayed.
	InitialViewport Viewport

	// Coverage specifies the angular coverage of the panoramic content.
	Coverage Coverage

	// CubemapLayout specifies the face layout (only valid for cubemap projection).
	CubemapLayout CubemapLayout

	// Stereo indicates if this is a stereoscopic 360 image.
	Stereo bool

	// StereoMode specifies the stereo arrangement (if Stereo is true).
	// Common values: "mono", "left-right", "top-bottom".
	StereoMode string

	// SourceWidth is the original image width in pixels.
	SourceWidth int

	// SourceHeight is the original image height in pixels.
	SourceHeight int

	// Version is the metadata format version.
	Version string

	// RawData contains the original raw metadata bytes.
	RawData []byte
}

type ParseError struct {
	// Offset is the byte position where the error occurred.
	Offset int64

	// Field is the field being parsed when the error occurred.
	Field string

	// Message describes the error.
	Message string

	// Cause is the underlying error.
	Cause error
}

type Parser struct {
	// contains filtered or unexported fields
}

type ProjectionType uint8

type Viewport struct {
	// Yaw is the horizontal rotation in degrees (-180 to 180).
	// 0 = center, positive = right, negative = left.
	Yaw float64

	// Pitch is the vertical rotation in degrees (-90 to 90).
	// 0 = horizon, positive = up, negative = down.
	Pitch float64

	// Roll is the rotation around the view axis in degrees (-180 to 180).
	Roll float64

	// FOV is the field of view in degrees (typically 30-180).
	// Represents the horizontal field of view for the initial view.
	FOV float64
}