Module: AutomationObject::Driver::CommonSelenium::ElementGeometry

Included in:
Element
Defined in:
lib/automation_object/driver/common_selenium/element_geometry.rb

Overview

Helper module for Selenium based elements

Instance Method Summary collapse

Instance Method Details

#box_coordinates ⇒ BoxCoordinates

Returns :x1, :x2, :y1, :y2 coordinates of a box

Returns:



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# File 'lib/automation_object/driver/common_selenium/element_geometry.rb', line 55

def box_coordinates
  element_location = @subject.location
  element_size = @subject.size

  box_coordinates = BoxCoordinates.new
  box_coordinates.x1 = element_location.x.to_f
  box_coordinates.y1 = element_location.y.to_f
  box_coordinates.x2 = element_location.x.to_f + element_size.width.to_f
  box_coordinates.y2 = element_location.y.to_f + element_size.height.to_f

  box_coordinates
end

#collides_with_element?(second_element_object, collision_tolerance = 0) ⇒ Boolean

Returns element collides with other

Parameters:

  • second_element_object (Object) —

    element to compare to

  • collision_tolerance (Numeric) (defaults to: 0) —

    pixel tolerance of collisions

Returns:

  • (Boolean) —

    element collides with other



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# File 'lib/automation_object/driver/common_selenium/element_geometry.rb', line 71

def collides_with_element?(second_element_object, collision_tolerance = 0)
  box_one = box_coordinates
  box_two = second_element_object.box_coordinates

  if box_one.x2 > box_two.x1 && box_one.x1 < box_two.x2 && box_one.y2 > box_two.y1 && box_one.y1 < box_two.y2
    if box_one.x2 > (box_two.x1 + collision_tolerance) && (box_one.x1 + collision_tolerance) < box_two.x2 &&
       box_one.y2 > (box_two.y1 + collision_tolerance) && (box_one.y1 + collision_tolerance) < box_two.y2
      return true
    end
  end

  false
end

#element_center ⇒ Hash

Returns :x, :y coordinates

Returns:

  • (Hash) —

    :x, :y coordinates



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# File 'lib/automation_object/driver/common_selenium/element_geometry.rb', line 43

def element_center
  element_location = @subject.location
  element_size = @subject.size

  center = Point.new
  center.x = (element_location.x.to_f + element_size.width.to_f / 2).to_f
  center.y = (element_location.y.to_f + element_size.height.to_f / 2).to_f

  center
end

#height ⇒ Numeric

Returns height of element

Returns:

  • (Numeric) —

    height of element



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# File 'lib/automation_object/driver/common_selenium/element_geometry.rb', line 26

def height
  @subject.size.height
end

#location ⇒ Point

Get the location

Returns:



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# File 'lib/automation_object/driver/common_selenium/element_geometry.rb', line 32

def location
  @subject.location
end

#size ⇒ Dimension

Get the size of an element

Returns:



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# File 'lib/automation_object/driver/common_selenium/element_geometry.rb', line 38

def size
  @subject.size
end

#width ⇒ Numeric

Returns width of element

Returns:

  • (Numeric) —

    width of element



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# File 'lib/automation_object/driver/common_selenium/element_geometry.rb', line 21

def width
  @subject.size.width
end

#x ⇒ Numeric

Returns x position of element

Returns:

  • (Numeric) —

    x position of element



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# File 'lib/automation_object/driver/common_selenium/element_geometry.rb', line 11

def x
  @subject.location.x
end

#y ⇒ Numeric

Returns y position of element

Returns:

  • (Numeric) —

    y position of element



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# File 'lib/automation_object/driver/common_selenium/element_geometry.rb', line 16

def y
  @subject.location.y
end