prc
/
plc-sim


			
				
					
						
						
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							export function bias(val) {
  const c = 0.501;
  const x = Math.abs(val);
  return Math.sign(val) * (x / ((1 / c - 2) * (1 - x) + 1));
}
export function calculateUpdatedOffset(_ref) {
  let {
    selectedElement,
    containerSize,
    contentSize,
    isRtl,
    currentScrollOffset,
    isHorizontal
  } = _ref;
  const clientSize = isHorizontal ? selectedElement.clientWidth : selectedElement.clientHeight;
  const offsetStart = isHorizontal ? selectedElement.offsetLeft : selectedElement.offsetTop;
  const adjustedOffsetStart = isRtl && isHorizontal ? contentSize - offsetStart - clientSize : offsetStart;
  const totalSize = containerSize + currentScrollOffset;
  const itemOffset = clientSize + adjustedOffsetStart;
  const additionalOffset = clientSize * 0.4;
  if (adjustedOffsetStart <= currentScrollOffset) {
    currentScrollOffset = Math.max(adjustedOffsetStart - additionalOffset, 0);
  } else if (totalSize <= itemOffset) {
    currentScrollOffset = Math.min(currentScrollOffset - (totalSize - itemOffset - additionalOffset), contentSize - containerSize);
  }
  return currentScrollOffset;
}
export function calculateCenteredOffset(_ref2) {
  let {
    selectedElement,
    containerSize,
    contentSize,
    isRtl,
    isHorizontal
  } = _ref2;
  const clientSize = isHorizontal ? selectedElement.clientWidth : selectedElement.clientHeight;
  const offsetStart = isHorizontal ? selectedElement.offsetLeft : selectedElement.offsetTop;
  const offsetCentered = isRtl && isHorizontal ? contentSize - offsetStart - clientSize / 2 - containerSize / 2 : offsetStart + clientSize / 2 - containerSize / 2;
  return Math.min(contentSize - containerSize, Math.max(0, offsetCentered));
}
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