dist/indoor.esm.js
/**
   * Determine position relative to bounds
   * @param {Boolean} restrict Whether to restrict target to bounds
   */
Determine position relative to bounds
@param {Boolean} restrict Whether to restrict target to bounds
Determine position relative to bounds @param { Boolean } restrict Whether to restrict target to bounds
function checkBounds(restrict) {
    var xDiff = 0;
    var yDiff = 0;
    if (boundXmin !== undefined && targetX < boundXmin) {
      xDiff = boundXmin - targetX;
    } else if (boundXmax !== undefined && targetX > boundXmax) {
      xDiff = boundXmax - targetX;
    }
    if (boundYmin !== undefined && targetY < boundYmin) {
      yDiff = boundYmin - targetY;
    } else if (boundYmax !== undefined && targetY > boundYmax) {
      yDiff = boundYmax - targetY;
    }
    if (restrict) {
      if (xDiff !== 0) {
        targetX = xDiff > 0 ? boundXmin : boundXmax;
      }
      if (yDiff !== 0) {
        targetY = yDiff > 0 ? boundYmin : boundYmax;
      }
    }
    return {
      x: xDiff,
      y: yDiff,
      inBounds: xDiff === 0 && yDiff === 0
    };
  }
function checkBounds ( restrict ) { var xDiff = 0 ; var yDiff = 0 ; if ( boundXmin !== undefined && targetX < boundXmin ) { xDiff = boundXmin - targetX ; } else if ( boundXmax !== undefined && targetX > boundXmax ) { xDiff = boundXmax - targetX ; } if ( boundYmin !== undefined && targetY < boundYmin ) { yDiff = boundYmin - targetY ; } else if ( boundYmax !== undefined && targetY > boundYmax ) { yDiff = boundYmax - targetY ; } if ( restrict ) { if ( xDiff !== 0 ) { targetX = xDiff > 0 ? boundXmin : boundXmax ; } if ( yDiff !== 0 ) { targetY = yDiff > 0 ? boundYmin : boundYmax ; } } return { x : xDiff , y : yDiff , inBounds : xDiff === 0 && yDiff === 0 } ; }
Determine position relative to bounds
 @param {Boolean} restrict Whether to restrict target to bounds
Determine position relative to bounds @param { Boolean } restrict Whether to restrict target to bounds