Class type Ext_util_Point.t

class type t = object .. end

method equals_point : 'a. 'a Js.t -> bool Js.t Js.meth

Compare this point and another point

Parameters:

• p: _ Js.t

  The point to compare with, either an instance of Ext.util.Point or an object with left and top properties

Returns:

• bool Js.t

  Returns whether they are equivalent

method isContainedBy : 'b. 'b Js.t -> bool Js.t Js.meth

Determins whether this Point contained by the passed Region, Component or element.

Parameters:

• region: _ Js.t

  The rectangle to check that this Point is within.

method isWithin : 'c 'd. 'c Js.t -> 'd Js.t -> bool Js.t Js.meth

Whether the given point is not away from this point within the given threshold amount.

Parameters:

• p: _ Js.t

  The point to check with, either an instance of Ext.util.Point or an object with left and top properties

• threshold: _ Js.t

  Can be either an object with x and y properties or a number

method roundedEquals : 'e. 'e Js.t -> bool Js.t Js.meth

Compare this point with another point when the x and y values of both points are rounded. E.g: [100.3,199.8] will equals to [100, 200]

Parameters:

• p: _ Js.t

  The point to compare with, either an instance of Ext.util.Point or an object with x and y properties

method toString : Js.js_string Js.t Js.meth

Returns a human-eye-friendly string that represents this point, useful for debugging

method translate : 'f. 'f Js.t -> Js.number Js.t -> Ext_util_Region.t Js.t Js.meth

Alias for translateBy

Translate this region by the given offset amount

Parameters:

• x: _ Js.t

  Object containing the x and y properties. Or the x value is using the two argument form.

• y: Js.number Js.t

  The y value unless using an Offset object.

Returns:

• Ext_util_Region.t Js.t

  this This Region