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Try this: The code is not properly formatted, but you can search for  _canvasRect.localScale. 

only 3 parts are modified to make the logic work in different canvas scale 

Let me know if you still have any issues

Thanks

void SetupCells(bool instantUpdate)
  {
    for (int i = 0; i < m_cellContainer.Count; i++)
    {
      RectTransform rt = m_cellContainer[i].GetComponent<recttransform>();
      if (rt == null)
        continue;
      m_newPos = Vector3.zero;
      m_newScale = new Vector3(1, 1, 1);
      m_newRot = Vector3.zero;
      m_offset = (_panel.position - m_dragStartPos);
      m_offsetIndex = i - m_centerCellIndex;
      m_isCircularMovment = false;
      // Consider the canvas scale 
      m_width = (rt.rect.width + _cellGap) * _canvasRect.localScale.x;
      switch (_carouselType)
      {
        case CarouselConstants.iCarouselType.iCarouselTypeLinear:
          {
            m_newPos.x = m_width * m_offsetIndex;
          }
          break;
        case CarouselConstants.iCarouselType.iCarouselTypeScaledLinear:
          {
            m_newPos.x = m_width * m_offsetIndex;
            float dis = Vector3.Distance(rt.position, _center.position);
            // Make sure it is not too small nor not too big
            float scaleRatio = Mathf.Clamp(1 - Mathf.Abs(dis / (_scrollRT.rect.width / 2)), 0.1f, 100);
            m_newScale = new Vector3(scaleRatio * _scaleRatio.x, scaleRatio * _scaleRatio.y, scaleRatio * _scaleRatio.z);
          }
          break;
        case CarouselConstants.iCarouselType.iCarouselTypeCoverFlow:
          {
            m_newPos.x = m_width * m_offsetIndex;
            if (m_offsetIndex < 0)
            {
              m_newRot = -_coverflowAngles;
            }
            else if (m_offsetIndex > 0)
            {
              m_newRot = _coverflowAngles;
            }
          }
          break;
        case CarouselConstants.iCarouselType.iCarouselTypeScaledCoverFlow:
          {
            m_newPos.x = m_width * m_offsetIndex;
            float dis = Vector3.Distance(rt.position, _center.position);
            // Make sure it is not too small nor not too big
            float scaleRatio = Mathf.Clamp(1 - Mathf.Abs(dis / (_scrollRT.rect.width / 2)), 0.1f, 100);
            m_newScale = new Vector3(scaleRatio * _scaleRatio.x, scaleRatio * _scaleRatio.y, scaleRatio * _scaleRatio.z);
            if (m_offsetIndex < 0)
            {
              m_newRot = -_coverflowAngles;
            }
            else if (m_offsetIndex > 0)
            {
              m_newRot = _coverflowAngles;
            }
          }
          break;
          
      }
      // Only allow one direction at a time
      if (!_isHorizontal)
      {
        m_newPos.y = m_newPos.x;
        m_newPos.x = 0;
        m_newRot.x = m_newRot.y;
        m_newRot.y = 0;
      }
      m_final = (_center.position + m_newPos + m_offset);
      if (instantUpdate || m_isCircularMovment)
      {
        rt.position = m_final;
        rt.localScale = m_newScale;
        rt.localRotation = Quaternion.Euler(m_newRot);
        _panel.ForceUpdateRectTransforms();
      }
      else
      {
        rt.position = Vector3.Lerp(rt.position, m_final, Time.deltaTime * _moveSpeed);
        rt.localScale = Vector3.Lerp(rt.localScale, m_newScale, Time.deltaTime * _scaleSpeed);
        rt.localRotation = Quaternion.Lerp(rt.localRotation, Quaternion.Euler(m_newRot), Time.deltaTime * _rotateSpeed);
      }
    }
  }
void CheckBoundary()
  {
    if (_cell == null)
      return;
    if (!_shouldLoop)
      return;
    if (m_cellContainer.Count == 0)
      return;
    RectTransform rt = _cell.GetComponent<recttransform>();
    if (rt == null)
      return;
    float cellWidth = (rt.rect.width + _cellGap) * _canvasRect.localScale.x;
    float cellHeight = (rt.rect.height + _cellGap) * _canvasRect.localScale.y;
    // Calculate the boundaries 
    m_boundary.x = m_cellContainer.Count * cellWidth;
    m_boundary.y = m_cellContainer.Count * cellHeight;
    float leftBoundary = (_center.position.x - m_boundary.x / 2);
    float rightBoundary = (_center.position.x + m_boundary.x / 2);
    float upBoundary = (_center.position.y + m_boundary.y / 2);
    float downBoundary = (_center.position.y - m_boundary.y / 2);
    // We only check the right most or left most 
    if (_isHorizontal)
    {
      //if ((_panel.position - m_dragDir).x < 0)
      {
        GameObject go = m_cellContainer[0];
        if (go.transform.position.x < leftBoundary)
        {
          //Debug.Log("left");
          UpdateBoundaryCell(go, new Vector3(rightBoundary, go.transform.position.y, go.transform.position.z), false);
        }
      }
      //else if ((_panel.position - m_dragDir).x > 0)
      {
        GameObject go = m_cellContainer[m_cellContainer.Count - 1];
        if (go.transform.position.x > rightBoundary)
        {
          //Debug.Log("right");
          UpdateBoundaryCell(go, new Vector3(leftBoundary, go.transform.position.y, go.transform.position.z), true);
        }
      }
    }
    else
    {
      //if ((_panel.position - m_dragDir).y < 0)
      {
        GameObject go = m_cellContainer[0];
        if (go.transform.position.y < downBoundary)
        {
          //Debug.Log("down");
          UpdateBoundaryCell(go, new Vector3(go.transform.position.x, upBoundary, go.transform.position.z), false);
        }
      }
      //else if ((_panel.position - m_dragDir).y > 0)
      {
        GameObject go = m_cellContainer[m_cellContainer.Count - 1];
        if (go.transform.position.y > upBoundary)
        {
          //Debug.Log("up");
          UpdateBoundaryCell(go, new Vector3(go.transform.position.x, downBoundary, go.transform.position.z), true);
        }
      }
    }
  }