export function containRectangle(
	containedRectMinX: number,
	containedRectMinY: number,
	containedRectMaxX: number,
	containedRectMaxY: number,
	wrapperRectMinX: number,
	wrapperRectMinY: number,
	wrapperRectMaxX: number,
	wrapperRectMaxY: number
): { minX: number; minY: number; maxX: number; maxY: number } {
	// Calculate the width and height of the wrapper rectangle
	const wrapperWidth = wrapperRectMaxX - wrapperRectMinX;
	const wrapperHeight = wrapperRectMaxY - wrapperRectMinY;

	// Calculate the width and height of the contained rectangle
	const containedWidth = containedRectMaxX - containedRectMinX;
	const containedHeight = containedRectMaxY - containedRectMinY;

	// Edge case: if contained dimensions are zero, just center as a point
	if (containedWidth === 0 || containedHeight === 0) {
		const centerX = wrapperRectMinX + wrapperWidth / 2;
		const centerY = wrapperRectMinY + wrapperHeight / 2;
		return {
			minX: centerX,
			minY: centerY,
			maxX: centerX,
			maxY: centerY,
		};
	}

	// Compute scale factor so contained rect fits within wrapper, maintaining aspect ratio
	const scale = Math.min(wrapperWidth / containedWidth, wrapperHeight / containedHeight);

	// Compute final displayed dimensions
	const displayWidth = containedWidth * scale;
	const displayHeight = containedHeight * scale;

	// Compute offsets to center the scaled rectangle
	const offsetX = wrapperRectMinX + (wrapperWidth - displayWidth) / 2;
	const offsetY = wrapperRectMinY + (wrapperHeight - displayHeight) / 2;

	// Return the final coordinates of the scaled and centered rectangle
	return {
		minX: offsetX,
		minY: offsetY,
		maxX: offsetX + displayWidth,
		maxY: offsetY + displayHeight,
	};
}